National Association of Testing Authorities, Australia
Scope of Accreditation
VicLab Pty Ltd
Site
VicLab
Accreditation No.
14722
Site No.
14818
Date of Accreditation
04 Nov 2002
Contact
Availability
Services available to external clients
Scope of Accreditation
ISO/IEC 17025 (2017)
Manufactured Goods
| Service | Product | Determinant | Technique | Procedure | Limitations |
|---|---|---|---|---|---|
| Mechanical performance evaluation of vehicle safety | Child restraints and child restraint anchorages | Drop performance; Energy dissipation | Not applicable | AS NZS 3629.11 | |
| Performance evaluation of personnel protection equipment and general ballistic measurements | Bicycle helmets; Fixed lifeline systems; Protective helmets; Protective helmets for horse riding and horse-related activities; Protective helmets for motor cycles and vehicle users | Abrasion resistance; Breaking load; Burning behaviour; Electrical insulation resistance; Flame resistance; Flex resistance; Heat resistance; Heat transfer - Conductive exposure; Heat transfer - Flame exposure; Heat transfer - Radiant exposure; Helmet stability; Impact; Impact energy attenuation; Impact resistance; Integrity; Mechanical performance; Resistance of webbing to light; Resistance to hot contact; Resistance to penetration by liquid chemicals; Sample preparation and conditioning; Shock absorption; Solvent resistance; Stability at elevated and lowered temperatures; Static load; Strength; Strength of helmet retention system - Dynamic; Strength of helmet retention system - Static; Stretch resistance; Thermal performance; Thermal stability at elevated temperatures; Thickness | Falling object; Hot air circulating oven; Impact drop; Steel ball; Striker drop | AS/NZ 1698; AS/NZS 1801; AS NZS 2063; AS NZS 3838; AS NZS 4067; EN 397; E/ECE 324 | |
| Fixed lifeline systems; Life jackets and buoyancy vests; Life safety rope | Accelerated weathering; Breaking load; Buoyancy; Burning behaviour; Colour fastness to daylight; Colour fastness to seawater; Compression; Cut resistance; Deflection; Dimensions; Drop effects; Dynamic load; Exposure of buoyancy aides to kerosene; Flame resistance; Flex resistance; Integrity; Mechanical performance; Mechanical strength; Orientation and dimensions of retroreflective markings; Resistance of webbing to light; Resistance to penetration by liquid chemicals; Sample preparation and conditioning; Solvent resistance; Static strength; Stiffness; Strength; Stretch resistance; Tear resistance; Tensile properties; Tensile strength of life jacket fastening devices; Water absorption; Water penetration resistance; Water vapour absorption; Water vapour permeability | Falling object; Martindale; Visual examination; Xenon-arc | AS 1499 (1996); AS 1512 (1996); AS 1900; AS NZS 1906.1, AS 2227; AS 2259 (1996); AS 2260 (1996); AS 2332; AS 4758.1; AS 4758.2 exceptISO 13938-1 burst strength in Table 3.1; AS 4758.3; ISO 12401; ISO 12402.1, Part 1; ISO 12402.2 +A1, Part 2; ISO 12402.3 +A1, Part 3; ISO 12402.4 +A1, Part 4; ISO 12402.5 +A1, Part 5; ISO 12402.6 +A1, Part 6; ISO 12402.7, Part 7; ISO 12402.8, Part 8; ISO 12402.9 +A1, Part 9 | ||
| Protective clothing | Accelerated weathering; Burning behaviour; Colour fastness to daylight; Dimensions; Flame resistance; Functionality; Heat resistance; Heat transfer - Conductive exposure; Heat transfer - Flame exposure; Heat transfer - Radiant exposure; Integrity; Mechanical performance; Mechanical strength; Molten metal splash; Resistance to hot contact; Resistance to penetration by liquid chemicals; Resistance to penetration by liquids under pressure; Sample preparation and conditioning; Solvent resistance; Stability at elevated and lowered temperatures; Static strength; Strength; Stretch resistance; Tear resistance; Tensile properties; Tension; Thermal performance; Thermal stability at elevated temperatures; Water absorption; Water penetration resistance | Hot air circulating oven; Martindale | AS 2001.2.25.2; AS 2001.5.4; AS 4967; AS 4824; ISO 811; AS NZS; ISO 3146; ISO 4674-1; ISO 5077; ISO 6530; ISO 6330; ISO 6942; ISO 9151; ISO 12127-1; ISO 13934-1; ISO 13935-1; ISO 13935-2; ISO 15025; ISO 15384; ISO 17493 | ||
| Protective clothing; Retro-reflective materials for high visibility clothing, flotation devices, vehicle markings and road traffic control purposes | Abrasion resistance; Accelerated weathering; Colour fastness to daylight; Flex resistance; Functionality; Integrity; Orientation and dimensions of retroreflective markings; Reflex reflectivity; Sample preparation and conditioning; Solvent resistance; Stab resistance; Stability at elevated and lowered temperatures; State of vulcanisation; Static stability; Static strength; Stiffness; Strength; Strength of helmet retention system - Dynamic; Strength of helmet retention system - Static; Stretch resistance; Tear resistance; Tensile properties; Tensile strength of life jacket fastening devices; Thermal performance; Thermal stability at elevated temperatures; Thickness; Water absorption; Water vapour absorption; Water vapour coefficient; Water vapour permeability | Cold; Colour meter; Hot air circulating oven; Martindale; Temperature; Visual examination; Xenon-arc | AS 1441.14; AS NZS 1906.1, AS NZS 1906.4; AS 2001.4.21 (includes DEF (AUST) 5037 Method C3); AS 2001.4.15; AS 2001.4.EO4 (includes ISO 105 - EO4); AS 2001.2.25.1 (includes ISO 12947.1 + Cor 1); AS 4878.9 (includes ISO 7854; AS/NZS 4602.1; AS/NZS 4602.2; BS EN 471 + A1 (2003); BS EN ISO 20471; ANSI ISEA 107 (2010); ANSI ISEA 207 (2006); PAS 10 | ||
| Protective footwear | Abrasion resistance; Bond strength; Bond strength of footwear upper/sole and sole interlayer; Boot zipper strength evaluation; Breaking load; Burning behaviour; Chromium VI (hexavalent chromium) - Content; Compression; Compression resistance; Corrosion resistance; Cut resistance; Deflection; Dimensions; Drop effects; Dynamic load; Electrical insulation resistance; Energy absorption of boot seat region; Flame resistance; Flex resistance; Heat resistance; Heat transfer - Conductive exposure; Heat transfer - Flame exposure; Heat transfer - Radiant exposure; Impact; Impact resistance; Insulation against heat; Integrity; Leak tightness; Mechanical performance; Mechanical strength; Orientation and dimensions of retroreflective markings; Penetration resistance; Protective liner; Puncture resistance; Resistance to hot contact; Resistance to hydrolysis; Resistance to penetration by liquid chemicals; Resistance to penetration by liquids under pressure; Rigidity of toe; Sample preparation and conditioning; Shock absorption; Slip resistance; Stability at elevated and lowered temperatures; Static stability; Static strength; Stiffness; Strength; Strength of assembly; Strength of eyelets and studs; Strength of helmet retention system - Static; Strength of threads; Stretch resistance; Tear resistance; Tensile properties; Thermal performance; Thermal stability at elevated temperatures; Thickness; Water absorption; Water penetration resistance; Water vapour absorption; Water vapour coefficient; Water vapour permeability; pH | Falling object; Hot air circulating oven; Impact drop; Martindale; Steel ball; Striker drop; Visual examination | AS NZS 2210.2; AS NZS 2210.3; AS NZS 2210.4; AS NZS 2210.5; AS/NZS 4821; ASTM F2412; ASTM 2413; ASTM 2913; BS EN 15090; ISO 20344; ISO 20345; ISO 20347 | Compression resistance of toe caps | |
| Protective gloves | Abrasion resistance; Burning behaviour; Cut resistance; Ergonomics - Glove dexterity; Ergonomics - Glove donning and doffing; Ergonomics - Grip of gloves; Flame resistance; Heat resistance; Heat transfer - Conductive exposure; Heat transfer - Flame exposure; Heat transfer - Radiant exposure; Insulation against cold; Insulation against heat; Integrity; Mechanical performance; Penetration resistance; Protective liner; Puncture resistance; Resistance to hot contact; Resistance to penetration by liquid chemicals; Sample preparation and conditioning; Shock absorption; Solvent resistance; Stability at elevated and lowered temperatures; Strength; Strength of helmet retention system - Dynamic; Strength of helmet retention system - Static; Stretch resistance; Tear resistance; Tensile properties; Thermal performance; Thermal stability at elevated temperatures; Water absorption; Water penetration resistance; Water vapour coefficient; pH | Falling object; Hot air circulating oven; Impact drop; Martindale; Visual examination | AS NZS 2161.2; AS NZS 2161.3; AS NZS 2161.4; AS NZS 2161.6; AS NZS 2161.6 (2003); AS NZS 2161.10.1; AS NZS 2161.10.2; AS NZS 4011.1; AS NZS 4011.2; AS NZS 4179; AS NZS 4502.3; AS NZS ISO 13994; BS EN 366 (1993); EN 348; EN 367 (1992); EN 374-1; EN 374-2, EN 388; EN 407; EN 420; EN 702 (1994); ISO 4045; ISO 6941; ISO 9150; ISO 9185; ISO 10282; ISO 11193.1; ISO 11193.2; ISO 12947-1; ISO 13994; ISO 13996; ISO 13997; ISO 15838; ISO 15383 (2001) |
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Accreditation No.
14722
Site No.
14818
Print date
28 Nov 2024