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BTTG Leeds Materials and Fire-Testing Reference

Partially verified listing. The exact Nunney Leeds location and documentary methods are explicit, but the captured PDF mixes issue 068 location pages with issue 067 detail pages. Current version continuity requires confirmation.

Shirley Technologies trading as BTTGLeeds, West Yorkshire

The captured UKAS 1066 PDF explicitly lists BTTG’s Nunney location at Wira House, West Park Ring Road, Leeds. Pages 1–2 print issue 068 dated 10 September 2026; detail pages 3–40 print issue 067 dated 7 August 2026. Selected detail rows allocate textile composition/physical methods, floor-covering performance and reaction-to-fire/ignitability methods to Nunney. This partial reference preserves the mixed versions and does not assert that every issue-067 method is confirmed under issue 068.

Reviewed by Arc · About this review

Key facts

Mixed document issue stamps
The original PDF prints issue 068, 10 September 2026 on pages 1–2, and issue 067, 7 August 2026 on every detail page 3–40. This version discrepancy is retained rather than treating the whole schedule as issue 068.
Explicit Leeds code
The location table identifies Nunney at Wira House, West Park Ring Road, Leeds, West Yorkshire LS16 6QL. Austin, Sorensen and Sagar are separate Manchester locations.

Testing capabilities

Nunney textile methods in issue 067

Explicit Nunney rows include selected fibre-mixture analysis, colour fastness, fibre/yarn measurements, fabric tensile/tear/seam properties, abrasion, pilling and dimensional change. Nonwoven mass per unit area and tensile/elongation also include Nunney. Chemical and protective-product methods coded only Sagar or Sorensen are separate.

Nunney floor-covering methods in issue 067

Nunney rows include carpet construction, static/dynamic loading, thickness/compression/recovery, tuft withdrawal, appearance retention, castor-chair testing, dimensions and heat/water stability. Listed electrical resistance and body-voltage methods apply to floor coverings; they do not establish a general EMC laboratory.

Nunney fire and ignitability in issue 067

Nunney is explicitly coded for selected radiant-source, small-flame, single-burning-item, fire-propagation and flame-spread methods, plus upholstered-furniture, curtains, bedding and specified marine/aircraft flammability rows. Product and method references remain distinct; this is not every fire-resistance or protective-clothing heat-transfer test.

Equipment and published limits

Public information not available. Contact test facility provider for more information.

Access and contact

The current contact page publishes onestopshop@bttg.co.uk and +44 (0)161 876 4211 for Nunney at Wira House. The telephone is the published central enquiry route. Ask for confirmation of the current Nunney method, exact scope edition, product and reporting requirements.

Facility contact

Address
Wira House, West Park Ring Road
Leeds, West Yorkshire, LS16 6QL

Standards and accreditation

UKAS 1066 mixed-version documentary scope
Both issue stamps are retained: issue 068/10 September 2026 for the location pages and issue 067/7 August 2026 for the detailed methods. The named ISO textile/floor-covering, EN reaction-to-fire and furniture/flammability references remain bounded to explicit Nunney rows, with no assumption that all methods were reconfirmed at issue 068.

What to confirm with the facility

  • The mixed issue-068/067 document leaves current scope-version continuity unresolved. Only explicit Nunney rows are retained. Austin geotextiles, Sorensen protective-clothing/manikin methods and Sagar-only chemical or biological methods are not transferred to Leeds.
  • Confirm the current location-coded schedule, method/edition, product and specimen conditions, reporting, availability and quotation.

Before requesting a test

Public information not available. Contact test facility provider for more information.

Frequently asked questions

Public information not available. Contact test facility provider for more information.

Explicit Nunney textile, floor and ignition rows are documentary issue 067 evidence inside a PDF with issue 068 identity pages. Current continuity must be confirmed; no Sagar, Sorensen or Austin method is transferred.

No additional facility recommendation is made. Use the further reading links to review the relevant scope.

Further reading

  • Historical records and unresolved current status

    Explicit Nunney textile, floor and ignition rows are documentary issue 067 evidence inside a PDF with issue 068 identity pages. Current continuity must be confirmed; no Sagar, Sorensen or Austin method is transferred. Use this review group to identify the evidence to request before selecting a method.

  • Review supplier compliance claims against evidence

    Use BTTG Leeds Materials and Fire-Testing Reference's retained record to request evidence for the exact provider, location and method. Explicit Nunney textile, floor and ignition rows are documentary issue 067 evidence inside a PDF with issue 068 identity pages. Current continuity must be confirmed; no Sagar, Sorensen or Austin method is transferred. Match any supplier claim to a dated source and applicable test article.

Sources and review

Arc reviewed the original sources on 2026-10-13. The cited material supports the bounded site information presented here. Test suitability and commercial arrangements require direct confirmation.

Arc publishes this directory entry and does not operate the test facility. Suggest a correction to Arc with a supporting source.

  1. BTTG UKAS 1066 captured mixed issue 068/067 schedule

    United Kingdom Accreditation Service (UKAS) · Reviewed

    Pages 1–2 print issue 068, 10 September 2026; pages 3–40 print issue 067, 7 August 2026. Selected methods are restricted to explicit Nunney Leeds codes in issue-067 detail pages; whole-document issue-068 continuity is unresolved.

  2. BTTG current contact page — Nunney Leeds

    BTTG · Reviewed

    Current exact Wira House Leeds contact and central telephone/email, not proof of current scope continuity or every group method.