ASC Pty Ltd

Site

ASC Materials Technology Laboratory

Accreditation No.

20768

Site No.

20778

Date of Accreditation

02 Feb 2012

Address

694 Mersey Road
Osborne, SA 5017
Australia

asc.com.au

Contact

Ms Ingrid Brundin P: +61 (08) 83487856

Availability

Services conditionally available to external clients

Scope of Accreditation

ASC Materials Technology Laboratory

ISO/IEC 17025 (2017)

Manufactured Goods

Service Product Determinant Technique Procedure Limitations
Material performance evaluation of metal products Prepared metallic test specimens Tensile properties Longitudinal tensile; Tensile tests with control of strain rate, including yield stress and proof stress; Transverse tensile ISO 6892-1
in- house method  M-030
1 kN to 240 kN
Carbon, alloyed and stainless steel, Copper and Copper alloys
Impact resistance Charpy - Assessment of fracture appearance; Charpy V-notch - Impact value ISO 148-1
in- house method  M-031
Up to 450 J 
Temperature range: ambient to -60º C
Hardness; Microhardness Vickers

AS 1817.1

ISO 6507
in-house method M-020

0.2 to 10 kg

including portable Vickers
Bending properties Longitudinal guided bend; Transverse guided bend ISO 5173
in- house method  M-033
Hardness Brinell ISO 6506-1
in-house method M-021
25 kg to 3000 kg
Threaded fasteners, bolts and nuts; Washers Proof load; Tensile properties Tensile tests with control of strain rate, including yield stress and proof stress ISO 148-1
in- house method M-030

for the purposes of determining compliance with ISO 898-1-2 and ISO 3506-1-2
1 kN to 240 kN
Carbon, alloyed and stainless steel
Impact resistance Charpy - Assessment of fracture appearance; Charpy V-notch - Impact value ISO 148-1
in- house method  M-031
Up to 450 J 
Temperature range: ambient to -60º C
Hardness Brinell ISO 6506-1
in-house method M-021
25 kg to 3000 kg
Hardness Vickers AS 1817.1
ISO 6507
in-house method M-020
0.2 kg to 10 kg
including portable Vickers
Welded test specimens Impact resistance Charpy - Assessment of fracture appearance; Charpy V-notch - Impact value ISO 148-1
in- house method  M-031
Up to 450 J 
Temperature range: ambient to -60º C
Tensile properties All-weld-metal tensile; Axial tensile; Longitudinal tensile; Tensile tests with control of strain rate, including yield stress and proof stress; Transverse tensile ISO 6892-1
in-house method  M-030
1 kN to 240 kN
Carbon, alloyed & stainless steel, Copper and copper alloys, Brazed specimens
Hardness; Microhardness Vickers

AS 1817.1

AS 2205.6.1
ISO 6507
in-house method M-020

0.2 to 10 kg

including portable Vickers
Hardness Brinell ISO 6506-1
in-house method M-021
25 kg to 3000 kg
Bending properties Longitudinal guided bend; Transverse guided bend ISO 5173
in- house method  M-033
Macroscopic examination Visual examination

AS 2205.5.1

ISO 17639
In-house method M-010
Material performance evaluation of paint and related products Industrial coatings Dry film thickness Cross section ISO 2808 Method 6A
in-house method M-010
Copper sulfate for breaches in a non-ferrous coating on a ferrous substrate Not applicable ASTM A380/ ASTM A380M cl 7.2.5.3
in-house method M-001

ISO/IEC 17025 (2017)

Materials

Service Product Determinant Technique Procedure Limitations
Analysis of metals and alloys Aluminium and aluminium alloys; Copper and copper alloys; High alloy steels; Low alloy steels; Nickel and nickel alloys; Stainless steels; Tool steels; Zinc and zinc alloys Comparative indication of material grade and alloy type Portable X-ray fluorescence equipment

in-house method M-003

Metallic corrosion evaluation Copper and copper alloys Detrimental intermetallic phase Silver nitrate etch DEFSTAN 02-872 Part 3 (2011)
MIL-STD 2195
in-house method M-002
Detection of selective phase corrosion in cast NAB components;
Tests including aluminium bronze alloys
Ferrous materials Salt spray resistance Fog salt spray

ASTM B117

in-house method M-004
Plating Coating thickness Microscopic examination

AS 2331.1

ISO 1463
ISO 2064
in-house method M-010
Coatings excluding paint  
Metallographic evaluation of metals and alloys Copper and copper alloys Depth of surface defects Microscopic examination ASTM E3
ISO 2808 Method 6A
in-house method M-010
1 micron to 10 mm
Ferrous materials Macroscopic examination Visual examination

AS 2205.5.1,

In-house method M-005,
In-house method M-010
Depth of surface defects Microscopic examination ASTM E3
ISO 2808 Method 6A
In-house method M-010
1 micron to 10 mm

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