Strategic Base/Strategic materials/Primary explosives & initiation materials

Strategic-material profile · RESEARCH ALPHA

Primary explosives & initiation materials

A bounded European material-family profile separating lead azide, lead styphnate, tetrazene and non-lead initiation alternatives from the downstream devices and qualified outputs that use them.

Which European initiation outputs depend on lead azide, lead styphnate, tetrazene or non-lead alternatives; where is current base-material production evidenced; and what prevents an apparently available alternative from substituting into an exact qualified primer, detonator, fuze or initiation train?

SB-SMP-0007Version 0.1.0MOVING CURRENTEvidence cutoff 2026-08-28EU-27 + United Kingdom + Norway + Switzerland + Serbia + Türkiye

One current lead-styphnate producer is evidenced at operator level; exact plant and comparable family capacity remain unknown.

As of 2026-08-28

Comparable current site-specific capacityUNKNOWN

RWS explicitly states that it produces and uses lead styphnate, while its public material does not allocate that synthesis to one of its two German manufacturing sites. Named current lead-azide and tetrazene synthesis sites remain unresolved in the bounded search.

Current merchant-oriented qualified primary-material capacityUNKNOWN

Visible primer, detonator and ammunition output does not reveal the upstream supplier, accepted material form or uncommitted base-material headroom.

Uncommitted qualified initiation materialUNKNOWN

The retained sources do not disclose grade- and device-compatible inventories, commitments, accepted suppliers or allocatable material.

Capacity composition unavailable UNKNOWN

Comparable current site-specific European primary-material capacity. RWS is evidenced as a current lead-styphnate producer at operator level, but the exact synthesis plant and comparable operating, nameplate, actual-output and qualified-supply quantities remain undisclosed. ECHA bands are regulatory ranges, not capacity cells.

Inference boundary. RWS is evidenced as a current lead-styphnate producer at operator level, but the exact synthesis plant and comparable operating, nameplate, actual-output and qualified-supply quantities remain undisclosed. ECHA bands are regulatory ranges, not capacity cells. No numeric family sum is emitted. ECHA's separate atomic 10–<100 t/y registration bands remain ranges; device counts remain downstream output; and neither can become current site capacity or qualified military supply.

01 · Material role

Milligram-scale inputs can remain absolute output gates.

Atomic identity, specified lot, composition, device process, integration and qualification separate raw material from usable initiation output.

01 · Atomic materialLead azide, lead styphnate or tetrazeneThe three conventional materials remain distinct and are not interchangeable tonnes inside a family commodity.
02 · Specified inputSpecified material, lot and formIdentity, supplier, lot, physical form and contact compatibility can remain acceptance gates before incorporation.
03 · CompositionApproved primer or detonator compositionA material becomes one ingredient in a bounded composition rather than a qualified device by itself.
04 · DeviceInitiation-device manufacturePrimer, detonator and igniter manufacture is downstream of base-material production and must not be promoted into it.
05 · IntegrationFuze, safe-arm or explosive-train integrationDevice compatibility with the next assembly remains a separate industrial and qualification question.
06 · Qualified outputAccepted munition configurationMaterial, composition, process, device, integrator and configuration must align for usable output.
A1 · Alternative branchNon-lead initiation chemistry and new device designHeavy-metal-free technology enters through a separately designed and tested primer or initiator, not by label-equivalent substitution.
A2 · Bounded acceptanceTesting, qualification and selected accepted outputCurrent selected SINTOX and other non-lead products prove industrial existence without proving universal cross-device interchangeability.

Specified and accepted initiation material in a qualified device

Primary initiation materials provide the first energetic impulse in selected primers, detonators and related initiation devices. Their mass and cost can be small while material identity, composition, device process, contact compatibility, ageing and qualification remain absolute output gates.

Raw family label or unqualified alternative

Base chemical identity, specified material and lot or form, an approved primer or detonator composition, device manufacture, fuze or explosive-train integration and a qualified munition output are separate industrial states. A non-lead alternative is a separate design and qualification branch, not an automatic substitute for a lead-based material or device.

Profile scopeEU-27 + United Kingdom + Norway + Switzerland + Serbia + Türkiye. Exclusions: Russia; Belarus; Primer, detonator, igniter, cartridge or fuze manufacture presented as base-primary-explosive synthesis; EU regulatory tonnage bands presented as exact capacity, output, merchant supply or military allocation; Primer or detonator counts converted into material tonnes or military capacity; Lead-azide, lead-styphnate and tetrazene quantities added into a family-capacity aggregate; Historical manufacture presented as current production; Selected product compositions presented as universal formulation rules; Heavy-metal-free product availability presented as universal interchangeability; Candidate List status presented as a production prohibition; Civil RoHS scope presented as a military ban; Ageing mechanisms presented as a universal shelf life in years. This is a bounded public-source map, not a complete producer census, capacity balance, formulation register, accepted-source matrix or shortage finding. Absence from the profile does not establish absence of capability, imports, inventory, qualified alternatives or programme acceptance.

02 · European production base

Current production closes first at operator level, not as a site-capacity balance.

RWS closes current lead-styphnate production while the exact German synthesis plant, all lead-azide and tetrazene sites and comparable annual output remain unresolved.

ACTIVE_MERCHANT

Active merchant-facing
Current production is evidenced and an external product channel is explicit; uncommitted qualified volume is not implied.

ACTIVE_CAPTIVE

Active integrated or strategic
Current capability is evidenced inside an integrated or sovereign chain; exclusive captive use is not implied.

CONVERSION

Conversion
An existing industrial asset has a sourced conversion plan but accepted output is not yet evidenced.

PLANNED

Planned
A sourced project or programme exists without evidenced commissioned output.

LEGACY_INACTIVE

Legacy or inactive
Historic capability is retained for lineage but is excluded from the current footprint.

North · 66°NSouth · 35°NWest −12° → East 42°

Schematic geographic plot, not a border map. Coordinates represent approximate site or city locations, not verified plant-gate points. National programmes without a resolved site are listed in the pipeline but are not assigned coordinates.

Site-resolved current European base-material production

Site / control	Profile state	Production role	Capacity evidence	Market access

Capacity reading rule RWS is evidenced as a current lead-styphnate producer at operator level, but the exact synthesis plant and comparable operating, nameplate, actual-output and qualified-supply quantities remain undisclosed. ECHA bands are regulatory ranges, not capacity cells. The profile holds no active site record because RWS's current lead-styphnate production is explicit only at operator level. ECHA ranges, downstream device output and historical production are excluded from site-capacity records.

03 · Market structure

Visible device throughput does not reveal base-material supply.

Military detonators and large primer volumes show current use while leaving supplier, material tonnes, qualification and headroom hidden.

Current merchant-oriented qualified primary-material capacityUNKNOWN

Current regulatory and product evidence does not disclose a grade-compatible merchant base-material balance, accepted-source coverage or uncommitted headroom.

Current integrated or programme-dedicated primary-material capacityUNKNOWN

Chemring Ardeer, Austin Vsetín, Fiocchi Lecco, RWS and Sellier & Bellot expose different downstream initiation capabilities. Only RWS explicitly closes current lead-styphnate production at operator level; the other lanes remain device, composition or historical evidence.

Current strategic finding · INFERRED

Current European manufacture is visible unevenly: ECHA reports aggregate atomic volume bands, RWS closes lead-styphnate production at operator level, and current downstream products close selected material-to-device relationships. Exact synthesis-site geography, comparable capacity, qualified supply and uncommitted headroom remain unknown.

The producer search is bounded rather than exhaustive.
RWS plant attribution remains unresolved.
Unknown imports, inventories and supplier contracts are not treated as absent.
Could reverse: Current site-specific synthesis records for lead azide, lead styphnate, tetrazene or exact non-lead materials
Could reverse: Comparable annual output and qualification evidence by material and site
Could reverse: Evidence that RWS no longer produces lead styphnate

Nearest disclosed intervention surfaceThe nearest public intervention surface is an accepted-source and configuration matrix, not a family-tonnage target: separate material bands, device counts and selected product acceptance cannot be added or converted into qualified output.

04 · Alternatives & substitution

Industrial non-lead products are bounded alternatives, not universal replacements.

Selected accepted outputs prove technical maturity only inside their disclosed product and customer scope.

Conversion and planned records

Site / control	Profile state	Production role	Capacity state	Market access

Pipeline boundary Substitution activity and existing non-lead product families are not capacity expansions. No conversion or planned base-material capacity record is promoted without a named project, plant, commissioning state and scope-matched output evidence.

05 · Dependencies & bottlenecks

Compatibility, ageing and qualification transmit small material failures downstream.

Moisture, contact materials, composition and device-specific acceptance can interrupt output without large mass exposure.

EU RANGE KNOWN SITE PRODUCER UNRESOLVED

Lead azide

An aggregate EU manufacture/import band and selected current detonator use are evidenced; a named current European synthesis site is not closed.

PE-CLM-001 PE-CLM-006 PE-CLM-007

OPERATOR PRODUCER KNOWN SITE UNRESOLVED

Lead styphnate

The EU manufacture range, current operator-level RWS production and selected primer and military-detonator uses are evidenced; exact synthesis plant and comparable capacity remain unknown.

PE-CLM-002 PE-CLM-004 PE-CLM-005 PE-CLM-006 PE-CLM-008

CURRENT DEVICE USE KNOWN SITE PRODUCER UNRESOLVED

Tetrazene

A selected current Fiocchi primer closes tetrazene use, while current base-material producer identity, site and capacity remain unresolved.

PE-CLM-008 PE-CLM-013

SELECTED INDUSTRIAL OUTPUT KNOWN INTERCHANGEABILITY UNRESOLVED

Non-lead initiation alternatives

Multiple current European product families and selected defence or security use establish industrial existence without a common disclosed chemistry or universal acceptance.

PE-CLM-010 PE-CLM-011 PE-CLM-012

OBSERVED CAPABILITY BOUNDARY

Base-material versus device manufacture

Chemring, Austin, Fiocchi and Sellier & Bellot are retained as downstream device or product evidence unless direct current synthesis evidence closes a base-material role.

PE-CLM-006 PE-CLM-007 PE-CLM-008 PE-CLM-009 PE-CLM-013

KNOWN NON ADDITIVE QUANTITY CLASSES

Regulatory bands and device counts

Atomic ECHA ranges and primer counts retain different scopes and units and cannot become exact or additive family capacity.

PE-CLM-001 PE-CLM-002 PE-CLM-003 PE-CLM-008

OBSERVED CONFIGURATION DEPENDENT FRICTION

Compatibility, ageing and qualification

Material, lot, composition, contact materials, device process, surveillance, integration and final configuration remain distinct acceptance gates.

PE-CLM-017 PE-CLM-018 PE-CLM-019

CURRENT STATUS BOUNDED DECISION PENDING

Regulatory transition

Candidate List, pending civil RoHS renewal and defence-transfer controls remain separate regimes; none is promoted into a military ban or supply fact.

PE-CLM-014 PE-CLM-015 PE-CLM-016

UNRESOLVED PROFILE LOCAL RELATIONSHIP

Electronic-fuze adjacency

Current primers and detonators do not by themselves close the exact primary-material-family relationship to electronic fuzes or safe-arm systems.

PE-CLM-006 PE-CLM-007 PE-CLM-019

atomic base-material identity and source→specified lot and form→composition and contact-material compatibility→primer or detonator process→device testing and ageing surveillance→fuze or explosive-train integration→configuration qualification→customer acceptance and uncommitted allocation

No primary-explosives scarcity or sufficiency scalar emittedThe evidence does not join current output, imports, inventories, exact composition demand, commitments, accepted alternatives and dated programme requirements.

06 · Strategic assessment

The evidence supports transparency and qualification findings, not a shortage claim.

The next closure work is site identity, accepted-source matrices, current output and programme-specific substitution.

V0.1 verdict · INFERRED

INFERRED

Current strategic finding

Confidence HIGH ON BOUNDED USE AND RWS OPERATOR LOW ON SITE BALANCE

PE-CLM-001 PE-CLM-002 PE-CLM-004 PE-CLM-005 PE-CLM-009

INFERRED

Nearest disclosed intervention surface

The nearest public intervention surface is an accepted-source and configuration matrix, not a family-tonnage target: separate material bands, device counts and selected product acceptance cannot be added or converted into qualified output.

Confidence HIGH ON OBJECT DISTINCTION LOW ON PROGRAMME COVERAGE

PE-CLM-003 PE-CLM-006 PE-CLM-008 PE-CLM-019

WITHHELD INSUFFICIENT EVIDENCE

Sufficiency determination

No Europe-wide primary-explosives surplus, deficit, shortage, bottleneck quantity or twelve-month output loss is emitted because current output, imports, inventories, commitments, accepted alternatives and programme demand are not joined.

Confidence HIGH

PE-CLM-001 PE-CLM-002 PE-CLM-003 PE-CLM-005

INFERRED

Qualification-friction finding

Non-lead initiation technology is industrially real in selected products, but substitution remains design- and configuration-bounded: exact chemistry, material source, composition, compatibility, ageing behaviour, device process and final acceptance cannot be collapsed into a generic lead-free label.

Confidence HIGH ON BOUNDARY LOW ON PROGRAMME TIMELINES

PE-CLM-010 PE-CLM-011 PE-CLM-012 PE-CLM-019

INFERRED

Regulatory finding

The current evidence shows regulatory pressure and control relevance without a military production ban: Candidate List status is not prohibition, the civil-professional RoHS exemption remains valid pending a renewal decision, specifically military equipment is separately outside RoHS, and the EU defence list is a bounded transfer-control taxonomy.

Confidence HIGH ON CURRENT LEGAL STAGE

PE-CLM-014 PE-CLM-015 PE-CLM-016

INFERRED

Ageing and storage finding

Primary explosives have material-, moisture- and contact-dependent ageing and compatibility constraints, while the retained public evidence does not establish one universal shelf life in years.

Confidence HIGH ON MECHANISM LOW ON CONFIGURATION DURATION

PE-CLM-017 PE-CLM-018 PE-CLM-019

Intervention points

01
Close the site-resolved producer map
Use current permits, environmental records and operator documentation to allocate RWS lead-styphnate production and identify current lead-azide, tetrazene and exact non-lead material synthesis sites.
Decision value: Separates known operator capability from plant-level concentration and expansion exposure.
PE-CLM-004 PE-CLM-005 PE-CLM-009
02
Build the accepted-source matrix
Map atomic material, producer, lot or form and composition to accepted primer, detonator and final configuration without publishing sensitive formulation detail.
Decision value: Identifies where material existence does not translate into usable qualified output.
PE-CLM-006 PE-CLM-008 PE-CLM-019
03
Resolve the current material balance
Disaggregate regulatory bands into verified manufacture, import, output, inventories, commitments and accepted use by atomic material without midpointing or adding ranges.
Decision value: Turns regulatory transparency into a supply and twelve-month exposure assessment.
PE-CLM-001 PE-CLM-002 PE-CLM-003
04
Test bounded non-lead substitution
Track exact accepted outputs, qualification evidence and source-change constraints for disclosed non-lead product families without assuming shared chemistry or universal compatibility.
Decision value: Separates mature selected alternatives from programme-ready substitution.
PE-CLM-010 PE-CLM-011 PE-CLM-012 PE-CLM-019
05
Track ageing and regulatory decisions
Maintain configuration-specific surveillance questions and monitor the Commission decision on RoHS entry 45 while preserving the separate military-scope boundary.
Decision value: Prevents generic shelf-life or ban claims from distorting procurement and substitution choices.
PE-CLM-015 PE-CLM-017 PE-CLM-018

Evidence that can change the call

01
At which RWS German plant is lead styphnate synthesized, in what grade or form, and with what current annual output and utilisation?
Would change: The first site-resolved current producer and capacity mapping.
02
Which current European sites synthesize lead azide and tetrazene, rather than only incorporating them into initiation devices?
Would change: Atomic producer and geographic-concentration fields.
03
How do the ECHA registration bands divide among current domestic manufacture, imports, inventories, grades and end uses?
Would change: A real current material balance and import-dependence assessment.
04
Which named primers, detonators, fuzes and initiation trains accept which material producers, lots, forms and compositions?
Would change: The accepted-source and qualification matrix.
05
Which exact non-lead initiation chemistries are produced in Europe, at which plants, and for which bounded qualified outputs?
Would change: The non-lead producer, capacity and substitution map without disclosing proprietary formulation detail.
06
What material-, device- and contact-specific ageing evidence governs surveillance and replacement decisions?
Would change: Configuration-specific shelf and storage constraints rather than a universal duration.
07
What current merchant commitments, captive allocations and uncommitted headroom exist for each atomic material and accepted form?
Would change: Whether visible manufacture can serve incremental defence demand.
08
What final decision is taken on RoHS Annex III entry 45, and what changes follow in the adjacent civil-professional initiator segment?
Would change: The current regulatory-pressure watchpoint without changing the separate military-scope boundary.

Evidence descent · Appendix

Every number and conclusion runs back to an attributed record.

The page is a deterministic presentation of a repository-only, moving-current publication object. Corrections require a new version and revision-history entry; prior source objects remain in the repository. It creates no released Industrial Network row, migration, public JSON endpoint or new factual authority.

ConfirmedCompany estimateMarket estimateInferredUndisclosed

Profile-local scoped claims (19)

PE-CLM-001

ECHA's February 2026 assessment records REACH registration and an EU manufacture and/or import band of 10–<100 tonnes per year for lead diazide/lead azide, with registered industrial formulation and use of primary explosives for detonators.

REPORTED · Scope: EU-level registration-derived lead-azide volume and industrial-use evidence

Limitation: The range is not exact and combines manufacture and/or import. It is not audited output, domestic capacity, military-only tonnage, site identity, qualified supply, merchant availability or uncommitted headroom.

PE-SRC-001

Located evidencePE-SRC-001Table rows ‘Lead diazide, Lead azide’ (EC 236-542-1) and ‘Lead styphnate’ (EC 239-290-0), columns Registration status, Volume, Wide-dispersive use and conclusionThe February 2026 ECHA assessment records separate registration-derived 10–<100 t/y bands and bounded industrial uses for lead diazide/azide and lead styphnate, while postponing recommendation to Annex XIV in this round. Direct retrieval is WAF-blocked; the official table text remains indexed.

PE-CLM-002

ECHA's February 2026 assessment records REACH registration and an EU manufacture band of 10–<100 tonnes per year for lead styphnate, with use as a component of primer mixtures; it retains dossier estimates of approximately 90% of EU consumption for firearm ammunition and approximately 7% for detonator and pyrotechnic uses.

REPORTED · Scope: EU-level registration-derived lead-styphnate manufacture range and bounded use structure

Limitation: The range is not exact and is not audited output or capacity. The end-use shares are dossier-derived estimates, are predominantly civil in the firearm category, and cannot be converted into military tonnes or a current availability balance.

PE-SRC-001

PE-CLM-003

The two ECHA 10–<100 tonnes-per-year bands cannot be represented as exact material-capacity cells, midpoint estimates or an additive primary-explosives family quantity.

INFERRED · Scope: Profile capacity-accounting boundary

Limitation: The bands have different substance and volume semantics. This exclusion does not imply that current production or imports are zero.

PE-SRC-001

PE-CLM-004

RWS GmbH states that it currently produces and uses a range of initiation materials including lead styphnate.

REPORTED · Scope: Current European lead-styphnate producer at operator level

Limitation: The statement does not identify the exact synthesis plant, annual production, grade, merchant access, customer allocation, qualification coverage or uncommitted supply.

PE-SRC-015

PE-CLM-005

RWS's public evidence does not close whether lead-styphnate synthesis occurs at Fürth or Sulzbach-Rosenberg: Fürth is evidenced for primer and initiation-material manufacture and some onsite substance or mixture production, but lead styphnate is not allocated to a named plant.

INFERRED · Scope: Current producer-to-site resolution boundary

Limitation: This preserves one known producer and an unresolved synthesis site; it is not evidence that either plant lacks the capability.

PE-SRC-015 PE-SRC-016

PE-CLM-006

Chemring Energetics UK's current L1A2 and L2A2 military demolition detonators made at Ardeer identify primary charges containing lead styphnate and lead azide.

REPORTED · Scope: Bounded current European military initiation-device use

Limitation: This does not establish Ardeer synthesis of either base material, quantities consumed, upstream suppliers, all-product composition or an interchangeable alternative.

PE-SRC-009 PE-SRC-010

PE-CLM-007

Austin Detonator's retained Vsetín electronic-detonator SDS identifies lead azide in a selected industrial blasting product, while the company's current REACH-role and substitution language does not assign captive lead-azide synthesis.

REPORTED · Scope: Bounded Czech downstream detonator use and substitution context

Limitation: The evidence does not establish military use, annual lead-azide tonnes, current all-product composition or a Vsetín base-material synthesis capability.

PE-SRC-011 PE-SRC-012

Located evidencePE-SRC-011Revision 13 March 2020, sections 1.1–1.3 and 3.2The SDS identifies Austin Detonator at Vsetín, selected electronic detonators for industrial blasting and lead azide as an ingredient. The direct PDF was live during audit.PE-SRC-012Sections ‘Legislation’ and ‘Substitution of raw materials’Austin describes company-level REACH roles and a raw-material substitution policy without assigning a substance-specific manufacturer role or proving captive lead-azide synthesis. The page was direct-live during audit.

PE-CLM-008

Fiocchi reports almost two billion primers per year at company level, and a current selected large-rifle primer SDS identifies lead styphnate and tetrazene in its primer mixture.

REPORTED · Scope: Bounded current European primer throughput and selected conventional composition

Limitation: The primer figure is not material tonnes, military capacity, a site-specific capacity cell or uncommitted output. The selected composition does not apply to every Fiocchi primer and does not prove purified base-material synthesis at Lecco.

PE-SRC-013 PE-SRC-014

PE-CLM-009

Current primer or detonator manufacture and disclosure of a device ingredient cannot populate the base-material producer map without direct current synthesis evidence for that operator or site.

INFERRED · Scope: Downstream-manufacturer non-promotion rule applied to Chemring, Austin, Fiocchi and Sellier & Bellot

Limitation: The bounded source set does not prove that these companies lack undisclosed captive synthesis; it only prevents unsupported promotion.

PE-SRC-009 PE-SRC-010 PE-SRC-011 PE-SRC-012 PE-SRC-013 PE-SRC-014 PE-SRC-018 PE-SRC-019

Located evidencePE-SRC-009Issue 02, July 2024, sections ‘Description’, ‘Main filling’ and manufacturer addressChemring identifies a current Ardeer-manufactured L1A2 military demolition detonator whose primary charge contains lead styphnate and lead azide. The direct PDF was live during audit.PE-SRC-010Issue 02, July 2024, sections ‘Description’, ‘Main filling’ and manufacturer addressChemring identifies a current Ardeer-manufactured L2A2 military demolition detonator whose primary charge contains lead styphnate and lead azide. The direct PDF was live during audit.PE-SRC-011Revision 13 March 2020, sections 1.1–1.3 and 3.2The SDS identifies Austin Detonator at Vsetín, selected electronic detonators for industrial blasting and lead azide as an ingredient. The direct PDF was live during audit.PE-SRC-012Sections ‘Legislation’ and ‘Substitution of raw materials’Austin describes company-level REACH roles and a raw-material substitution policy without assigning a substance-specific manufacturer role or proving captive lead-azide synthesis. The page was direct-live during audit.PE-SRC-013Printed pp. 14–15 / PDF p. 8, company production overview and primer-technology descriptionsFiocchi reports almost two billion primers per year and identifies conventional, Leadless and ZetaPi primer technology. The quantity is a company-reported downstream device count, not material tonnes or military capacity. The PDF was direct-live during audit.PE-SRC-014Print date 4 February 2024, sections 1 and 3The selected Fiocchi large-rifle primer SDS identifies Lecco and a primer mixture containing lead styphnate and tetrazene. It does not establish all-product composition or purified base-material synthesis. The PDF was direct-live during audit.PE-SRC-018Current company overview and timeline entries for 1924 and 1940Sellier & Bellot describes current ammunition and Nontox activity, while its lead-azide, lead-styphnate and tetrazene production statements are explicitly historical timeline entries. The page was direct-live during audit.PE-SRC-019Current components catalogue, primer product listSellier & Bellot markets current primer products without thereby identifying current base-primary-explosive synthesis. The page was direct-live during audit.

PE-CLM-010

RWS identifies continuing SINTOX heavy-metal-free initiation technology and a selected current armed-forces and law-enforcement ammunition product using a SINTOX primer cap.

REPORTED · Scope: Current European non-lead initiation technology and bounded accepted defence/security output

Limitation: The sources do not disclose exact proprietary chemistry or establish compatibility with every existing primer, detonator, fuze or initiation train.

PE-SRC-015 PE-SRC-017

PE-CLM-011

Fiocchi identifies Leadless and ZetaPi primer technologies, and Sellier & Bellot markets current NONTOX ammunition, adding separate current European evidence that heavy-metal-free initiation products exist beyond one operator.

REPORTED · Scope: Current European product-level non-lead alternative evidence

Limitation: The sources do not disclose a common exact chemistry, base-material output, military allocation or cross-manufacturer interchangeability.

PE-SRC-013 PE-SRC-018 PE-SRC-020

Located evidencePE-SRC-013Printed pp. 14–15 / PDF p. 8, company production overview and primer-technology descriptionsFiocchi reports almost two billion primers per year and identifies conventional, Leadless and ZetaPi primer technology. The quantity is a company-reported downstream device count, not material tonnes or military capacity. The PDF was direct-live during audit.PE-SRC-018Current company overview and timeline entries for 1924 and 1940Sellier & Bellot describes current ammunition and Nontox activity, while its lead-azide, lead-styphnate and tetrazene production statements are explicitly historical timeline entries. The page was direct-live during audit.PE-SRC-020Current NONTOX cartridge product listSellier & Bellot markets current NONTOX ammunition, supporting product-level existence of a heavy-metal-free branch without disclosing exact chemistry or universal interchangeability. The page was direct-live during audit.

PE-CLM-012

The existence of SINTOX, Leadless, ZetaPi and NONTOX products establishes an industrial non-lead initiation branch but not a drop-in substitute for an exact lead-based primer, detonator, fuze or qualified munition configuration.

INFERRED · Scope: Non-lead technical-existence versus interchangeability boundary

Limitation: No programme-specific source-change duration or universal performance equivalence is public in the retained evidence.

PE-SRC-013 PE-SRC-015 PE-SRC-017 PE-SRC-020

Located evidencePE-SRC-013Printed pp. 14–15 / PDF p. 8, company production overview and primer-technology descriptionsFiocchi reports almost two billion primers per year and identifies conventional, Leadless and ZetaPi primer technology. The quantity is a company-reported downstream device count, not material tonnes or military capacity. The PDF was direct-live during audit.PE-SRC-015Headings ‘Primärexplosivstoffe’ and ‘Schwermetallfreie Anzündsätze’RWS states that it produces and uses ignition materials including lead styphnate and describes continuing SINTOX heavy-metal-free initiation development. The current direct page identifies the operator but not the exact synthesis plant or output.PE-SRC-017Product identity and primer-cap fields; manufacturer addressRWS identifies a selected current armed-forces and law-enforcement product using a SINTOX primer cap and manufactured in Fürth. This is bounded product acceptance, not a universal substitution rule or disclosed formulation. The page was direct-live during audit.PE-SRC-020Current NONTOX cartridge product listSellier & Bellot markets current NONTOX ammunition, supporting product-level existence of a heavy-metal-free branch without disclosing exact chemistry or universal interchangeability. The page was direct-live during audit.

PE-CLM-013

Sellier & Bellot's company timeline dates lead-azide production to 1924 and lead-styphnate and tetrazene production to 1940, while its current company and product activity does not close present base-material synthesis.

REPORTED · Scope: Historical industrial lineage separated from current production

Limitation: Historical production commencement cannot populate a current producer or capacity field without newer substance-specific evidence.

PE-SRC-018

Located evidencePE-SRC-018Current company overview and timeline entries for 1924 and 1940Sellier & Bellot describes current ammunition and Nontox activity, while its lead-azide, lead-styphnate and tetrazene production statements are explicitly historical timeline entries. The page was direct-live during audit.

PE-CLM-014

Lead diazide/azide and lead styphnate are Candidate List substances of very high concern based on reproductive toxicity; Candidate List status creates information and notification consequences but is not itself a blanket ban on manufacture, use or military supply.

REPORTED · Scope: Current REACH regulatory-stage boundary

Limitation: The February 2026 prioritisation assessment proposed postponing Annex XIV recommendation in that round; this is not a safety, availability or permanent regulatory determination.

PE-SRC-002 PE-SRC-003

Located evidencePE-SRC-002Candidate List entries for EC 236-542-1 and EC 239-290-0; inclusion date 19 December 2011 and Article 57(c) reasonECHA identifies lead diazide/azide and lead styphnate as Candidate List substances based on reproductive toxicity. The current ECHA page is WAF-blocked from the audit runner.PE-SRC-003Articles 7, 31, 33, 56(1) and 59(1)REACH separates Candidate List identification and its information duties from the later Annex XIV authorisation stage; Candidate List inclusion alone is not a blanket prohibition. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-CLM-015

RoHS Annex III entry 45 prints 20 April 2026 for a narrowly scoped civil-professional category-11 initiator exemption, but a timely renewal request was filed and the Commission's latest tracker records it as valid pending decision; specifically military arms, munitions and war material equipment are separately outside RoHS under Article 2(4)(a).

REPORTED · Scope: Current civil RoHS renewal state and separate military-scope exclusion

Limitation: Pending renewal does not guarantee the final decision, and neither the nominal date nor civil scope establishes a military prohibition, production state, capacity or qualification fact.

PE-SRC-004 PE-SRC-005 PE-SRC-006 PE-SRC-007

Located evidencePE-SRC-004Recitals 7–10 and Annex III entry 45Entry 45 covers specified lead compounds in electric and electronic initiators for civil professional explosives in category 11 and prints 20 April 2026 as the end date. EUR-Lex presented a JavaScript/WAF challenge during audit.PE-SRC-005Section ‘Exemptions’, paragraphs on renewal applications and validity pending a Commission decisionThe Commission states that an existing exemption remains valid when a timely renewal request is under decision. The page was direct-live during audit.PE-SRC-006Workbook ‘Exemptions list validity and rolling plan_Febr2026.xlsx’, worksheet 1, row 188, Annex III entry 45The latest official tracker records a 17 October 2024 renewal request and status ‘Valid - requested for renewal’ for entry 45. The tracker page and workbook were direct-live during audit.PE-SRC-007Article 2(4)(a)RoHS excludes equipment necessary to protect Member States’ essential security interests, including arms, munitions and war material intended for specifically military purposes. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-CLM-016

The 2026 EU defence-related-products list names lead azide, normal and basic lead styphnate and specified azide-containing primary explosives or priming compositions within the bounded ML8 Note 1 context.

REPORTED · Scope: Current defence transfer-control relevance

Limitation: The listing is not evidence of current production, capacity, supplier identity, programme use, qualification, merchant availability or shortage, and it must not be detached from Note 1's compounding or mixing context.

PE-SRC-008

Located evidencePE-SRC-008Annex, ML8, Note 1, item (t)The updated defence-related-products list names lead azide, normal and basic lead styphnate and specified azide-containing primary explosives or priming compositions within the bounded ML8 Note 1 context. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-CLM-017

AOP-64 identifies slow decomposition, moisture uptake, reduced efficiency or possible failure and contact-material incompatibility or corrosion as primary-explosive ageing and surveillance considerations.

REPORTED · Scope: High-level material- and contact-dependent ageing and storage constraint

Limitation: The standard does not establish one universal shelf life in years, a retirement interval, current supplier capability or programme-specific acceptance result.

PE-SRC-021

Located evidencePE-SRC-021§1.2, printed pp. 1-2 / PDF p. 14; Annex A §A.3.5 ‘Primary explosives’, printed p. A-12 / PDF p. 35AOP-64 identifies material- and lifecycle-dependent surveillance, and for primary explosives identifies slow decomposition, moisture uptake, reduced efficiency or failure and contact-material incompatibility or corrosion. It does not publish one universal shelf life. The former official MSIAC PDF URL was soft-dead during audit, while the official document remained indexed.

PE-CLM-018

Public ASSIST metadata identify active AOP-4147 Edition A on energetic-material chemical compatibility with munition components and active AOP-4682 Edition A on energetic-material ingredient test methods.

REPORTED · Scope: Current public standard identity and title metadata only

Limitation: The controlled standards were not used to infer a test procedure, threshold, qualification duration, acceptance result, service life or supplier capability.

PE-SRC-022 PE-SRC-023

Located evidencePE-SRC-022ASSIST document-detail metadata, identifier 107506The public metadata identify active AOP-4147 Edition A and its chemical-compatibility title and promulgation date. The controlled document itself was not used.PE-SRC-023ASSIST document-detail metadata, identifier 282821The public metadata identify active AOP-4682 Edition A and its energetic-ingredient test-method title and promulgation date. The controlled document itself was not used.

PE-CLM-019

Usable substitution must preserve a chain from atomic material and specified lot or form through composition, device manufacture, compatibility and ageing controls, integration and bounded qualified output; neither common chemical identity nor a selected non-lead product closes every gate.

INFERRED · Scope: Profile-level qualification and source-change chain

Limitation: The retained public evidence does not establish one universal NATO procedure, programme-specific source-change timeline or interchangeable supplier matrix.

PE-SRC-015 PE-SRC-017 PE-SRC-021 PE-SRC-022 PE-SRC-023

Located evidencePE-SRC-015Headings ‘Primärexplosivstoffe’ and ‘Schwermetallfreie Anzündsätze’RWS states that it produces and uses ignition materials including lead styphnate and describes continuing SINTOX heavy-metal-free initiation development. The current direct page identifies the operator but not the exact synthesis plant or output.PE-SRC-017Product identity and primer-cap fields; manufacturer addressRWS identifies a selected current armed-forces and law-enforcement product using a SINTOX primer cap and manufactured in Fürth. This is bounded product acceptance, not a universal substitution rule or disclosed formulation. The page was direct-live during audit.PE-SRC-021§1.2, printed pp. 1-2 / PDF p. 14; Annex A §A.3.5 ‘Primary explosives’, printed p. A-12 / PDF p. 35AOP-64 identifies material- and lifecycle-dependent surveillance, and for primary explosives identifies slow decomposition, moisture uptake, reduced efficiency or failure and contact-material incompatibility or corrosion. It does not publish one universal shelf life. The former official MSIAC PDF URL was soft-dead during audit, while the official document remained indexed.PE-SRC-022ASSIST document-detail metadata, identifier 107506The public metadata identify active AOP-4147 Edition A and its chemical-compatibility title and promulgation date. The controlled document itself was not used.PE-SRC-023ASSIST document-detail metadata, identifier 282821The public metadata identify active AOP-4682 Edition A and its energetic-ingredient test-method title and promulgation date. The controlled document itself was not used.

Evidence passages (23)

PE-PASS-001

Table rows ‘Lead diazide, Lead azide’ (EC 236-542-1) and ‘Lead styphnate’ (EC 239-290-0), columns Registration status, Volume, Wide-dispersive use and conclusion

The February 2026 ECHA assessment records separate registration-derived 10–<100 t/y bands and bounded industrial uses for lead diazide/azide and lead styphnate, while postponing recommendation to Annex XIV in this round. Direct retrieval is WAF-blocked; the official table text remains indexed.

PE-SRC-001PE-CLM-001 PE-CLM-002 PE-CLM-003

PE-PASS-002

Candidate List entries for EC 236-542-1 and EC 239-290-0; inclusion date 19 December 2011 and Article 57(c) reason

ECHA identifies lead diazide/azide and lead styphnate as Candidate List substances based on reproductive toxicity. The current ECHA page is WAF-blocked from the audit runner.

PE-SRC-002PE-CLM-014

PE-PASS-003

Articles 7, 31, 33, 56(1) and 59(1)

REACH separates Candidate List identification and its information duties from the later Annex XIV authorisation stage; Candidate List inclusion alone is not a blanket prohibition. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-SRC-003PE-CLM-014

PE-PASS-004

Recitals 7–10 and Annex III entry 45

Entry 45 covers specified lead compounds in electric and electronic initiators for civil professional explosives in category 11 and prints 20 April 2026 as the end date. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-SRC-004PE-CLM-015

PE-PASS-005

Section ‘Exemptions’, paragraphs on renewal applications and validity pending a Commission decision

The Commission states that an existing exemption remains valid when a timely renewal request is under decision. The page was direct-live during audit.

PE-SRC-005PE-CLM-015

PE-PASS-006

Workbook ‘Exemptions list validity and rolling plan_Febr2026.xlsx’, worksheet 1, row 188, Annex III entry 45

The latest official tracker records a 17 October 2024 renewal request and status ‘Valid - requested for renewal’ for entry 45. The tracker page and workbook were direct-live during audit.

PE-SRC-006PE-CLM-015

PE-PASS-007

Article 2(4)(a)

RoHS excludes equipment necessary to protect Member States’ essential security interests, including arms, munitions and war material intended for specifically military purposes. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-SRC-007PE-CLM-015

PE-PASS-008

Annex, ML8, Note 1, item (t)

The updated defence-related-products list names lead azide, normal and basic lead styphnate and specified azide-containing primary explosives or priming compositions within the bounded ML8 Note 1 context. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-SRC-008PE-CLM-016

PE-PASS-009

Issue 02, July 2024, sections ‘Description’, ‘Main filling’ and manufacturer address

Chemring identifies a current Ardeer-manufactured L1A2 military demolition detonator whose primary charge contains lead styphnate and lead azide. The direct PDF was live during audit.

PE-SRC-009PE-CLM-006 PE-CLM-009

PE-PASS-010

Issue 02, July 2024, sections ‘Description’, ‘Main filling’ and manufacturer address

Chemring identifies a current Ardeer-manufactured L2A2 military demolition detonator whose primary charge contains lead styphnate and lead azide. The direct PDF was live during audit.

PE-SRC-010PE-CLM-006 PE-CLM-009

PE-PASS-011

Revision 13 March 2020, sections 1.1–1.3 and 3.2

The SDS identifies Austin Detonator at Vsetín, selected electronic detonators for industrial blasting and lead azide as an ingredient. The direct PDF was live during audit.

PE-SRC-011PE-CLM-007 PE-CLM-009

PE-PASS-012

Sections ‘Legislation’ and ‘Substitution of raw materials’

Austin describes company-level REACH roles and a raw-material substitution policy without assigning a substance-specific manufacturer role or proving captive lead-azide synthesis. The page was direct-live during audit.

PE-SRC-012PE-CLM-007 PE-CLM-009

PE-PASS-013

Printed pp. 14–15 / PDF p. 8, company production overview and primer-technology descriptions

Fiocchi reports almost two billion primers per year and identifies conventional, Leadless and ZetaPi primer technology. The quantity is a company-reported downstream device count, not material tonnes or military capacity. The PDF was direct-live during audit.

PE-SRC-013PE-CLM-008 PE-CLM-009 PE-CLM-011 PE-CLM-012

PE-PASS-014

Print date 4 February 2024, sections 1 and 3

The selected Fiocchi large-rifle primer SDS identifies Lecco and a primer mixture containing lead styphnate and tetrazene. It does not establish all-product composition or purified base-material synthesis. The PDF was direct-live during audit.

PE-SRC-014PE-CLM-008 PE-CLM-009

PE-PASS-015

Headings ‘Primärexplosivstoffe’ and ‘Schwermetallfreie Anzündsätze’

RWS states that it produces and uses ignition materials including lead styphnate and describes continuing SINTOX heavy-metal-free initiation development. The current direct page identifies the operator but not the exact synthesis plant or output.

PE-SRC-015PE-CLM-004 PE-CLM-005 PE-CLM-010 PE-CLM-012 PE-CLM-019

PE-PASS-016

Status 10 June 2025, PDF pp. 2–3, site identity, activities and onsite substance or mixture manufacture

RWS identifies Fürth/Stadeln primer and ignition-material manufacture and says some required substances or mixtures are made onsite, without naming lead styphnate among those site-made substances. The PDF was direct-live during audit.

PE-SRC-016PE-CLM-005

PE-PASS-017

Product identity and primer-cap fields; manufacturer address

RWS identifies a selected current armed-forces and law-enforcement product using a SINTOX primer cap and manufactured in Fürth. This is bounded product acceptance, not a universal substitution rule or disclosed formulation. The page was direct-live during audit.

PE-SRC-017PE-CLM-010 PE-CLM-012 PE-CLM-019

PE-PASS-018

Current company overview and timeline entries for 1924 and 1940

Sellier & Bellot describes current ammunition and Nontox activity, while its lead-azide, lead-styphnate and tetrazene production statements are explicitly historical timeline entries. The page was direct-live during audit.

PE-SRC-018PE-CLM-009 PE-CLM-011 PE-CLM-013

PE-PASS-019

Current components catalogue, primer product list

Sellier & Bellot markets current primer products without thereby identifying current base-primary-explosive synthesis. The page was direct-live during audit.

PE-SRC-019PE-CLM-009

PE-PASS-020

Current NONTOX cartridge product list

Sellier & Bellot markets current NONTOX ammunition, supporting product-level existence of a heavy-metal-free branch without disclosing exact chemistry or universal interchangeability. The page was direct-live during audit.

PE-SRC-020PE-CLM-011 PE-CLM-012

PE-PASS-021

§1.2, printed pp. 1-2 / PDF p. 14; Annex A §A.3.5 ‘Primary explosives’, printed p. A-12 / PDF p. 35

AOP-64 identifies material- and lifecycle-dependent surveillance, and for primary explosives identifies slow decomposition, moisture uptake, reduced efficiency or failure and contact-material incompatibility or corrosion. It does not publish one universal shelf life. The former official MSIAC PDF URL was soft-dead during audit, while the official document remained indexed.

PE-SRC-021PE-CLM-017 PE-CLM-019

PE-PASS-022

ASSIST document-detail metadata, identifier 107506

The public metadata identify active AOP-4147 Edition A and its chemical-compatibility title and promulgation date. The controlled document itself was not used.

PE-SRC-022PE-CLM-018 PE-CLM-019

PE-PASS-023

ASSIST document-detail metadata, identifier 282821

The public metadata identify active AOP-4682 Edition A and its energetic-ingredient test-method title and promulgation date. The controlled document itself was not used.

PE-SRC-023PE-CLM-018 PE-CLM-019

Public source register (23)

PE-SRC-001

Prioritisation assessment results of the Candidate List substances not yet recommended for inclusion in Annex XIV

European Chemicals Agency · 2 February 2026

OFFICIAL REGULATORY ASSESSMENT · accessed 2026-08-28

Open public source →

Table rows ‘Lead diazide, Lead azide’ (EC 236-542-1) and ‘Lead styphnate’ (EC 239-290-0), columns Registration status, Volume, Wide-dispersive use and conclusionThe February 2026 ECHA assessment records separate registration-derived 10–<100 t/y bands and bounded industrial uses for lead diazide/azide and lead styphnate, while postponing recommendation to Annex XIV in this round. Direct retrieval is WAF-blocked; the official table text remains indexed.

PE-SRC-002

Candidate List of substances of very high concern for Authorisation

European Chemicals Agency · Date not published

OFFICIAL REGULATORY REGISTER · accessed 2026-08-28

Open public source →

Candidate List entries for EC 236-542-1 and EC 239-290-0; inclusion date 19 December 2011 and Article 57(c) reasonECHA identifies lead diazide/azide and lead styphnate as Candidate List substances based on reproductive toxicity. The current ECHA page is WAF-blocked from the audit runner.

PE-SRC-003

Regulation (EC) No 1907/2006 concerning REACH — consolidated text

European Union · 6 June 2024

EU LAW · accessed 2026-08-28

Open public source →

Articles 7, 31, 33, 56(1) and 59(1)REACH separates Candidate List identification and its information duties from the later Annex XIV authorisation stage; Candidate List inclusion alone is not a blanket prohibition. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-SRC-004

Commission Delegated Directive (EU) 2021/647 — RoHS Annex III entry 45

European Union · 20 April 2021

EU LAW · accessed 2026-08-28

Open public source →

Recitals 7–10 and Annex III entry 45Entry 45 covers specified lead compounds in electric and electronic initiators for civil professional explosives in category 11 and prints 20 April 2026 as the end date. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-SRC-005

RoHS Directive implementation

European Commission · Date not published

OFFICIAL REGULATORY GUIDANCE · accessed 2026-08-28

Open public source →

Section ‘Exemptions’, paragraphs on renewal applications and validity pending a Commission decisionThe Commission states that an existing exemption remains valid when a timely renewal request is under decision. The page was direct-live during audit.

PE-SRC-006

Exemptions list: Validity and rolling plan Feb 2026

European Commission · 31 March 2026

OFFICIAL REGULATORY TRACKER · accessed 2026-08-28

Open public source →

Workbook ‘Exemptions list validity and rolling plan_Febr2026.xlsx’, worksheet 1, row 188, Annex III entry 45The latest official tracker records a 17 October 2024 renewal request and status ‘Valid - requested for renewal’ for entry 45. The tracker page and workbook were direct-live during audit.

PE-SRC-007

Directive 2011/65/EU on hazardous substances in electrical and electronic equipment — consolidated text

European Union · 1 July 2026

EU LAW · accessed 2026-08-28

Open public source →

Article 2(4)(a)RoHS excludes equipment necessary to protect Member States’ essential security interests, including arms, munitions and war material intended for specifically military purposes. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-SRC-008

Commission Delegated Directive (EU) 2026/325 — updated list of defence-related products

European Union · 18 February 2026

EU DEFENCE TRANSFER LAW · accessed 2026-08-28

Open public source →

Annex, ML8, Note 1, item (t)The updated defence-related-products list names lead azide, normal and basic lead styphnate and specified azide-containing primary explosives or priming compositions within the bounded ML8 Note 1 context. EUR-Lex presented a JavaScript/WAF challenge during audit.

PE-SRC-009

L1A2 Non-Electric Detonator

Chemring Energetics UK · Date not published

PRODUCER PRODUCT DATASHEET · accessed 2026-08-28

Open public source →

Issue 02, July 2024, sections ‘Description’, ‘Main filling’ and manufacturer addressChemring identifies a current Ardeer-manufactured L1A2 military demolition detonator whose primary charge contains lead styphnate and lead azide. The direct PDF was live during audit.

PE-SRC-010

L2A2 Electric Detonator

Chemring Energetics UK · Date not published

PRODUCER PRODUCT DATASHEET · accessed 2026-08-28

Open public source →

Issue 02, July 2024, sections ‘Description’, ‘Main filling’ and manufacturer addressChemring identifies a current Ardeer-manufactured L2A2 military demolition detonator whose primary charge contains lead styphnate and lead azide. The direct PDF was live during audit.

PE-SRC-011

Safety Data Sheet — Electronic Detonators

Austin Detonator s.r.o. · 13 March 2020

PRODUCER SAFETY DATA SHEET · accessed 2026-08-28

Open public source →

Revision 13 March 2020, sections 1.1–1.3 and 3.2The SDS identifies Austin Detonator at Vsetín, selected electronic detonators for industrial blasting and lead azide as an ingredient. The direct PDF was live during audit.

PE-SRC-012

Environmental management and REACH roles

Austin Detonator s.r.o. · Date not published

PRODUCER ENVIRONMENTAL STATEMENT · accessed 2026-08-28

Open public source →

Sections ‘Legislation’ and ‘Substitution of raw materials’Austin describes company-level REACH roles and a raw-material substitution policy without assigning a substance-specific manufacturer role or proving captive lead-azide synthesis. The page was direct-live during audit.

PE-SRC-013

General Catalogue 2024

Fiocchi Munizioni S.p.A. · Date not published

PRODUCER PRODUCT CATALOGUE · accessed 2026-08-28

Open public source →

Printed pp. 14–15 / PDF p. 8, company production overview and primer-technology descriptionsFiocchi reports almost two billion primers per year and identifies conventional, Leadless and ZetaPi primer technology. The quantity is a company-reported downstream device count, not material tonnes or military capacity. The PDF was direct-live during audit.

PE-SRC-014

Safety Data Sheet — Large Rifle Primer

Fiocchi Munizioni S.p.A. · 4 February 2024

PRODUCER SAFETY DATA SHEET · accessed 2026-08-28

Open public source →

Print date 4 February 2024, sections 1 and 3The selected Fiocchi large-rifle primer SDS identifies Lecco and a primer mixture containing lead styphnate and tetrazene. It does not establish all-product composition or purified base-material synthesis. The PDF was direct-live during audit.

PE-SRC-015

Pyrotechnische Anzündsätze

RWS GmbH · Date not published

PRODUCER CAPABILITY STATEMENT · accessed 2026-08-28

Open public source →

Headings ‘Primärexplosivstoffe’ and ‘Schwermetallfreie Anzündsätze’RWS states that it produces and uses ignition materials including lead styphnate and describes continuing SINTOX heavy-metal-free initiation development. The current direct page identifies the operator but not the exact synthesis plant or output.

PE-SRC-016

Informationen für Ihre Sicherheit nach §§ 8a und 11 der Störfallverordnung

RWS GmbH · 10 June 2025

PRODUCER REGULATORY SAFETY NOTICE · accessed 2026-08-28

Open public source →

Status 10 June 2025, PDF pp. 2–3, site identity, activities and onsite substance or mixture manufactureRWS identifies Fürth/Stadeln primer and ignition-material manufacture and says some required substances or mixtures are made onsite, without naming lead styphnate among those site-made substances. The PDF was direct-live during audit.

PE-SRC-017

7.62x51 UDD LIGHT — Armed Forces & Law Enforcement product

RWS GmbH · Date not published

PRODUCER CURRENT DEFENCE PRODUCT · accessed 2026-08-28

Open public source →

Product identity and primer-cap fields; manufacturer addressRWS identifies a selected current armed-forces and law-enforcement product using a SINTOX primer cap and manufactured in Fürth. This is bounded product acceptance, not a universal substitution rule or disclosed formulation. The page was direct-live during audit.

PE-SRC-018

History overview

Sellier & Bellot a.s. · Date not published

PRODUCER HISTORICAL AND CURRENT COMPANY STATEMENT · accessed 2026-08-28

Open public source →

Current company overview and timeline entries for 1924 and 1940Sellier & Bellot describes current ammunition and Nontox activity, while its lead-azide, lead-styphnate and tetrazene production statements are explicitly historical timeline entries. The page was direct-live during audit.

PE-SRC-019

Primers

Sellier & Bellot a.s. · Date not published

PRODUCER PRODUCT STATEMENT · accessed 2026-08-28

Open public source →

Current components catalogue, primer product listSellier & Bellot markets current primer products without thereby identifying current base-primary-explosive synthesis. The page was direct-live during audit.

PE-SRC-020

NONTOX cartridges

Sellier & Bellot a.s. · Date not published

PRODUCER PRODUCT STATEMENT · accessed 2026-08-28

Open public source →

Current NONTOX cartridge product listSellier & Bellot markets current NONTOX ammunition, supporting product-level existence of a heavy-metal-free branch without disclosing exact chemistry or universal interchangeability. The page was direct-live during audit.

PE-SRC-021

AOP-64 Edition A Version 1 — In-Service Surveillance of Munitions: Condition Monitoring of Energetic Materials

NATO Standardization Office · Date not published

OFFICIAL DEFENCE STANDARD SOFT DEAD URL · accessed 2026-08-28

Open public source →

§1.2, printed pp. 1-2 / PDF p. 14; Annex A §A.3.5 ‘Primary explosives’, printed p. A-12 / PDF p. 35AOP-64 identifies material- and lifecycle-dependent surveillance, and for primary explosives identifies slow decomposition, moisture uptake, reduced efficiency or failure and contact-material incompatibility or corrosion. It does not publish one universal shelf life. The former official MSIAC PDF URL was soft-dead during audit, while the official document remained indexed.

PE-SRC-022

AOP-4147 Edition A — Energetic Materials, Chemical Compatibility with Munition Components

DLA ASSIST / NATO Standardization Office · 14 June 2023

OFFICIAL CONTROLLED STANDARD METADATA · accessed 2026-08-28

Open public source →

ASSIST document-detail metadata, identifier 107506The public metadata identify active AOP-4147 Edition A and its chemical-compatibility title and promulgation date. The controlled document itself was not used.

PE-SRC-023

AOP-4682 Edition A — Energetic Materials, Test Methods for Ingredients

DLA ASSIST / NATO Standardization Office · 8 May 2018

OFFICIAL CONTROLLED STANDARD METADATA · accessed 2026-08-28

Open public source →

ASSIST document-detail metadata, identifier 282821The public metadata identify active AOP-4682 Edition A and its energetic-ingredient test-method title and promulgation date. The controlled document itself was not used.

Revision history

Date	Version	Change
2026-08-28	0.1.0	Initial moving-current material-family publication: four atomic branches preserved, one current lead-styphnate producer closed at operator level with synthesis site unresolved, all comparable capacity headlines unknown, downstream device evidence kept separate from base-material production, non-lead alternatives bounded to selected output, and regulatory, ageing and qualification guardrails made explicit.

Publication boundary. SB-SMP-0007 identifies one analytical family publication. Lead azide, lead styphnate, tetrazene and non-lead initiation alternatives remain distinct material objects; the profile does not create a family commodity or add products to the released Industrial Network. The public Industrial Network remains industrial-network-api-v0.1 over released industrial-network-v0.2.