IncoTest Hereford materials testing laboratory
Special Metals Wiggin trading as IncoTestHereford
Special Metals Wiggin trading as IncoTest operates the Holmer Road laboratory in Hereford. Current UKAS 0281 issue 054 limits its test rows to this address. Five groups below summarise selected physical material testing, with individual temperature/force conditions and precise corrosion materials retained. The owner publishes an independent contract enquiry route and specimen-preparation information.
Reviewed by Arc · About this review
Key facts
- Exact Hereford laboratory
- Holmer Road, Hereford HR4 9SL, United Kingdom. Current register and issue 054 identify Special Metals Wiggin trading as IncoTest. Testing is at this main address only. Separate calibration number 0711 is not substituted for testing scope 0281.
- Current register and dated schedule
- Testing Laboratories 0281, ISO/IEC 17025:2017, issue 054 dated 16 April 2026. Selected local physical methods retain exact standards and conditions. Owner broad service claims do not extend accredited temperature ranges or imply fatigue accreditation.
- Independent contract service and enquiries
- The owner describes an independent contract service and publishes +44 1432 382200, sales@incotest.co.uk and general/specific testing enquiry forms. Digital information/certification and specimen preparation are owner-described facilities, with dates and sample arrangements to agree.
Testing capabilities
Metal tensile testing
Exact rows cover ambient tensile under BS EN ISO 6892-1:2019, BS EN 2002-1:2005, ASTM E8/E8M-25 and ASTM A370-24a. Elevated tensile is ambient to 1000°C, up to 600 kN, under BS EN ISO 6892-2:2018, BS EN 2002-2:2005 and ASTM E21-20. A separate in-house cryogenic row is -80°C to ambient plus -196°C, up to 600 kN. These remain individual method conditions, without a combined range or apparatus count.
Creep and stress rupture
The exact creep row is ambient to 1100°C and the stress-rupture row is separately ambient to 1200°C. Both list BS EN 2002-005:2007, BS EN ISO 204:2023 and ASTM E139-24, with ASTM E292-24 additionally for stress rupture. Owner machine, load and wider thermal advertising is not substituted for these method-specific accredited conditions.
Bend, hardness and Charpy impact
Local scope lists bend under BS EN ISO 7438:2020, Vickers HV5/10/30, Brinell HBW10/3000 and 2.5/187.5, and Rockwell B/C with the stated ISO/ASTM editions. Charpy V- and U-notches use BS EN ISO 148-1:2016 and ASTM E23-25. Its range from -60°C to 400°C and separate -196°C and -80°C conditions, including the schedule’s -78.5°C dry-ice notation, are not presented as one continuous temperature range.
Physical properties and metallography
The exact schedule lists coefficient of linear expansion under in-house method 66-6801 based on ASTM E228-22 and ambient dynamic Young’s modulus under ASTM E1875-20a. Non-metallic inclusions use ASTM E45-25/ISO 4967:2013, and grain-size rows specify BS EN ISO 643:2024, ASTM E112-25, E930-18 and E1181-02(2023). Wider owner phase/structural or imaging descriptions do not establish every procedure as accredited.
Material-specific corrosion tests
Exact rows cover intergranular attack of wrought nickel-rich chromium-bearing alloys under ASTM G28-2024/in-house SI-6-7052. Austenitic stainless-steel rows separately list ASTM A262-15(2021) Practices E and C, BS EN ISO 3651-2:1998 Method A and 3651-1:1998, with in-house procedures. Stainless steels/related alloys pitting uses ASTM G48-25, ASTM A923-25 Method C and SI-6-7062. Confirm the specific material and procedure, rather than broad owner corrosion advertising.
Equipment and published limits
| Specification | Published value | Conditions |
|---|---|---|
| Elevated tensile condition | Ambient to 1000°C, forces up to 600 kN | Exact page 2 elevated tensile row. Owner to 1200°C tensile advertising is broader and does not extend this accredited condition. Temperature and force belong to the same specified method row, without a simultaneous-maximum guarantee. |
| Cryogenic tensile condition | -80°C to ambient and separately -196°C, forces up to 600 kN | Exact page 2 in-house methods 6-6823/6-6824. Retain the discrete -196°C point separate from the range from -80°C to ambient, with no continuous general range or machine-count inference. |
| Creep temperature condition | Ambient to 1100°C | Exact page 1 creep row under specified BS EN 2002-005, ISO 204 and ASTM E139 editions, distinct from stress rupture and owner combined advertising. |
| Stress-rupture temperature condition | Ambient to 1200°C | Separate page 1 stress-rupture row, including ASTM E292-24. This is not general creep, tensile or laboratory chamber capacity. |
| Charpy separate temperature conditions | -60°C to 400°C, plus -196°C and -80°C with -78.5°C dry-ice notation | Exact page 2 V/U-notch row. Original notation is preserved, with the precise temperature and conditioning to agree. The owner’s continuous range from -196°C to ambient does not replace the schedule’s separate range and points. |
| Owner-described control and specimen preparation | Digital controls, automatic creep logging and in-house specimen machining | Owner descriptions cover data capture, extensometry, plunge grinding and threading/miniature specimen manufacture. These remain qualitative, without retained apparatus counts, room conditions, per-machine load, numerical throughput or fatigue capacity. |
Access and contact
Use +44 1432 382200, sales@incotest.co.uk or the owner’s contact and testing enquiry forms for the Holmer Road laboratory. The owner describes an independent contract service, in-house specimen manufacture and digital reporting/certification. Agree material, method/edition, temperature, load, geometry, preparation, report and dates. Steven Collins and steven.collins@incotest.co.uk are details in issue 054 dated 16 April 2026, without independent present-role verification. Owner 24-hour/fast processing descriptions require current confirmation.
Facility contact
- Address
- Holmer Road
Hereford, HR4 9SL
United Kingdom - sales@incotest.co.uk
- Telephone
- +44 1432 382200
- Website
- Official test house website
Standards and accreditation
- UKAS 0281 exact sole-address scope
- Current Testing Laboratories 0281 and ISO/IEC 17025:2017 issue 054 dated 16 April 2026 identify the exact Hereford trading identity and main-address-only testing. Calibration 0711, parent investment and owner blanket accreditation/quality-system statements do not extend selected physical test scope.
- Exact mechanical and physical methods
- Selected methods retain the exact editions listed for tensile, creep/stress rupture, bend, hardness, Charpy, linear expansion and ambient dynamic modulus. Individual temperature/force conditions stay attached to their rows, with ambient tensile separate from elevated and in-house cryogenic methods. Owner fatigue and wider thermal limits are not current 0281 rows.
- Metallography and material-specific corrosion
- Use the stated inclusion/grain-size editions and each material-specific corrosion row, including ASTM G28-2024, A262-15(2021) Practices C/E, ISO 3651:1998 entries, G48-25 and A923-25 Method C with in-house procedures. Owner starred corrosion convention differs and is qualified against current exact scope. Elemental chemical analysis on pages 3/4 remains separate from these five physical groups.
What to confirm with the facility
- Confirm the exact material, procedure/edition, specimen and individual temperature/force condition. Owner 1200°C elevated tensile, continuous cryogenic Charpy, fatigue and broader corrosion descriptions do not replace current 0281 restrictions.
- Keep elevated/cryogenic tensile, creep, stress rupture and Charpy range/discrete points separate. Published method conditions and owner facility advertising do not establish one combined thermal range, apparatus counts, numerical throughput or simultaneous maximum capability.
- Confirm specimen manufacture, handling, reporting, delivery and dates. Owner independent-contract, confidentiality and 24-hour operation are descriptions to agree, not current booking/turnaround guarantees. Steven Collins is a dated schedule contact without independently current-role verification.
- Provide project, material and specimen condition/dimensions, requested method/edition, temperatures/loads, acceptance criteria, report requirements and dates. Agree preparation, delivery, access, programme and costs with the provider.
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.
Related testing facilities
Public information not available. Contact test facility provider for more information.
Further reading
Public information not available. Contact test facility provider for more information.
Sources and review
Reviewed by Arc on 1 October 2026 in Europe/London using five fresh official owner, contact, mechanical, register and schedule captures. Current Testing Laboratories 0281 and all four fully inspected pages of issue 054 dated 16 April 2026 identify Special Metals Wiggin trading as IncoTest at Holmer Road, Hereford HR4 9SL, with testing at this main address only. Five selected physical groups cover tensile, creep and stress rupture, bend, hardness and Charpy, physical properties and metallography, and material-specific corrosion. Elevated tensile from ambient to 1000°C with forces up to 600 kN, cryogenic tensile from -80°C to ambient plus a separate -196°C point with forces up to 600 kN, creep to 1100°C and separate stress rupture to 1200°C remain individual method conditions. Charpy’s -60°C to 400°C range, separate -196°C and -80°C conditions and -78.5°C dry-ice notation are preserved without combining them into a continuous range. Wider owner tensile, cryogenic, creep, fatigue and starred corrosion descriptions are qualified against the current exact rows. Machine counts, per-machine loads, room conditions and fatigue capacities are omitted. Digital controls, logging and specimen preparation remain qualitative owner descriptions. The current sales email, telephone and enquiry forms support the independent contract route. Steven Collins and his email are dated to issue 054, without an independently verified present role. Calibration 0711, parent investment and elemental chemical analysis remain separate. Original bodies, headers, titles, absent owner canonical and date metadata, register template metadata, raw PDF title and timestamps, all four complete page images and extraction and rendering provenance are retained. Actual review and retrieval dates are separate from the issue date, PDF metadata, owner history and copyright. Complete directory overrides clear imported coordinates.
Arc publishes this directory entry and does not operate the test facility. Suggest a correction to Arc with a supporting source.
Incotest - The Testing Experts | Home
Owner explicitly describes Hereford laboratories and an independent contract service. Broader parent investment, service advertising, 24-hour operation and confidentiality are source-qualified, without global capacity, method accreditation or current delivery guarantees.
Incotest - The Testing Experts | Contact
Exact Special Metals Wiggin Ltd Holmer Road Hereford HR4 9SL contact, +44 1432 382200, sales email and general/specific testing enquiry forms. Quality email is separate. Current booking and sample arrangements need agreement, named schedule contact remains dated.
Incotest - The Testing Experts | Mechanical Testing
The owner describes computer controls, digital logging and in-house specimen machining. Its tensile limit of 1200°C, continuous cryogenic Charpy range and fatigue and creep equipment descriptions are broader than the current 0281 rows. The guide retains each accredited method condition separately. Its starred corrosion convention is qualified against the current material-specific schedule. Numerical machine counts, loads, room conditions and fatigue capacities are omitted.
Search UKAS accredited organisations
The register identifies Special Metals Wiggin trading as IncoTest, Testing Laboratories 0281, at Holmer Road, Hereford HR4 9SL, with its telephone number. Separate Calibration Laboratories 0711 does not establish testing scope. The protected email is not inferred. Register template dates are separate from organisation decisions.
UKAS schedule 0281, Special Metals Wiggin trading as IncoTest, issue 054
Issue 054 dated 16 April 2026 identifies Special Metals Wiggin trading as IncoTest at Holmer Road, Hereford. All four complete pages were visually inspected. Five selected physical testing groups retain separate tensile, creep, stress rupture and Charpy conditions and material-specific corrosion rows. Elemental chemical analysis remains separate. Steven Collins and his email are dated schedule details, without independent verification of his present role.