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Address Details:
Unit 3, 52 Cocos Drive
BIBRA LAKE, WA 6163
AUSTRALIA Map
www.lmats.com.au

Contact Details:
Mr C Lorrimar
+61(08) 94186380

Availability:
Services available to external clients

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  • ISO/IEC 17025 (2005)
    Manufactured Goods
  • SERVICEPRODUCTDETERMINANTTECHNIQUEPROCEDURELIMITATION / RANGE
    Evaluation of access protection products
    Fencing and gates designed for temporary installation;
    Foothold aperture; Impact resistance; Simulated climbing evaluation; Wind force overturning evaluation;
    Not applicable;
    In-house TP 3.7
    AS 4687 Section 4

    Balustrading; Edge protection (including guardrails and guard rail posts);
    Static load;
    Not applicable;
    In-house TP 3.7 for the purpose of determining compliance with AS/NZS 1170.1 Section 3.6


    Edge protection (including guardrails and guard rail posts);
    Rigidity; Static load; Strength;
    Not applicable;
    In-house TP 3.7
    AS 1657 Appendices B, C and D


    including stairways




    Static load;
    Not applicable;
    In-house TP 3.7
    AS/NZS 4994.1 Appendices A and B

    Fencing and gates designed for fixed installation;
    Rigidity; Strength;
    Not applicable;
    In-house TP 3.7
    AS 1926.1 Appendices B, C, D, E

    Safety barriers and gate units for swimming pools


    Material performance evaluation of metal products
    Reinforcing bar;
    Tensile properties;
    Longitudinal tensile;
    In-house method TP 2.17,
    AS/NZS 4672.1 Section 5.5, 
    AS 1391, 
    ISO 15630-3 Section 5
    0.2 kN to 3000 kN

    Fixtures and components;
    Tensile properties;
    Longitudinal tensile; Tensile tests with control of strain rate, including yield stress and proof stress; Transverse tensile;
    AS 1391, 
    ASTM A370, ASTM E8M, 
    ISO 6892-1,
    in-house method TP 2.2
    0.2 kN to 3000 kN

    Threaded fasteners, bolts and nuts;
    Hardness;
    Rockwell - Scale C; Vickers;
    In-house method TP 1.6, In-house method TP 1.7,
    AS 4291.1

    Structural bolts
    Surface hardness



    Tension;
    Longitudinal tensile;
    in-house method TP 2.4, in-house method TP 2.5, in-house method TP 2.11,
    AS 4291.1,ASTM F606,SAE J429,ISO 3506.1, ISO 898-1,ASTM F606,
     0.2 kN to 3000 kN,




    wedge tensile tests of bolts; full size axial tensile tests



    Proof load;
    To be determined;
    in-house method TP 2.3, in-house method TP 3.2,
    AS 4291.1,AS/NZS 2465, AS/NZS 4291.2,
    ISO 898-1,SAE J429,ASTM A370, ASTM F593, ASTM F606 
    0.2 kN to 3000 kN

    Welded test specimens;
    Tensile properties;
    All-weld-metal tensile; Axial tensile; Longitudinal tensile; Tensile tests with control of strain rate, including yield stress and proof stress; Transverse butt tensile; Transverse joggle-butt tensile; Transverse tensile;
    in-house method TP2.8, in-house method TP 2.9,
    AS 1391, AS 2205.2.1, AS 2205.2.2,
    AS/NZS 3992,
    ASME IX,
    ASTM E8M,
    AWS D1.1
    0.2 kN to 3000 kN


    Bend;
    Longitudinal guided bend; Slow bend on rail sections; Transverse guided bend;
    in-house method TP 4.1, AS 2205.3.1, AS 2205.3.3, AS 1085.20 Appendix K,
    AS/NZS 3992, ASME IX, ISO/EN 5173


    Fillet-break fracture;
    Macroscopic examination; Visual examination;
    in-house method TP 8.2,
    AS 1665, AS 2205.4.2,
    ASME IX 


    Hardness;
    Vickers;
    in-house methods TP 1.4 and TP 1.10,
    AS: 1817.1, AS 2205.6.1, AS 1085.20 Appendices G2 and G3,
    NACE MR0175,
    ISO 15156-1
    Vickers - Hardness range 2.94 N to 294 N


    weld macro hardness surveys



    Impact resistance;
    Charpy (assessment of fracture appearance); Charpy (impact value); Charpy (lateral expansion);
    in-house method TP 5.1,
    AS 1544.2, AS 2205.7.1,
    ISO 148-1,
    ASTM E23,
    ASTM A370,
    Lateral expansion -
    in-house method TP 5.2,
    AS 1544.5,
    ASTM A370,
    ISO 148-1,
    from ambient temperature to -100°C and at -196°C


    Nick-break fracture;
    Macroscopic examination; Visual examination;
    in-house method TP 8.3,
    AS 1665; AS 2205.4.1


    Macroscopic integrity;
    Macroscopic examination;
    in-house method TP 8.1,
    AS 2205.5.1, AS 1085.20 Appendix H,
    AS/NZS 1554, AS/NZS 3992,
    AWS D1.1,
    ASME IX 


    Prepared metallic test specimens;
    Hardness;
    Brinell;
    in-house method TP 1.10,
    AS 1816.1,
    ASTM E10,
    tests to 29.4 kN


    Bend;
    Longitudinal guided bend; Transverse guided bend;
    in-house method TP 4.1,
    AS 2205.3.1, AS 2205.3.3,
    AS/NZS 3992,
    ASME IX,
    ISO/EN 5173 


    Tensile properties;
    Longitudinal tensile; Tensile tests with control of strain rate, including yield stress and proof stress; Transverse tensile;
    AS 1391, ASTM A370, ASTM E8M, ASTM F606
    ISO 6892-1 in-house method TP 2.1 
    0.2 kN to 3000 kN 



    Hardness;
    Rockwell - Scale A; Rockwell - Scale B; Rockwell - Scale C;
    in-house method TP 1.2,
    AS 1815.1,
    ASTM E18,
    ISO 6508-1








    Impact resistance;
    Charpy (assessment of fracture appearance); Charpy (impact value); Charpy (lateral expansion);
    in-house method TP 5.1,
    AS 1544.2,
    ISO 148-1,
    ASTM E23,
    ASTM A370,
    Lateral expansion -
    in-house method TP 5.2,
    AS 1544.5,
    ASTM A370,
    ISO 148-1 
    from ambient temperature
    to -100°C and at -196°C



    Compression; Shear strength;
    To be determined;
    in-house method TP 3.1
    0.2 kN to 3000 kN


    Hardness;
    Vickers;
    in-house method TP 1.1,
    AS 1817.1,
    ASTM E384,
    ISO 6507-1
    2.94 N to 294 N

    Mechanical performance evaluation of ladders, racks, scaffolds and supports
    Scaffolding and scaffolding components;
    Coefficient of friction; Stiffness; Strength;
    To be determined;
    In-house method TP 3.4  and AS/NZS 1577 Sections 3,4,5,6 Appendices A, B, C and D (scaffolding planks and decking components);
    In-house method TP 3.11 and AS 1576.3 Appendices A, B, C, D, E, F, G and H (scaffolds);
    In-house method TP 3.12; AS 1576.1 Appendices A, B, C, D, E, F, G, H, I, J, K, L, M and N and AS 1576.2 Appendices A, B, C, D, E, F, G, H, I, J, K, L, M and N (scaffold fittings)


    Sliding; Static load; Dynamic load


  • ISO/IEC 17025 (2005)
    Materials
  • SERVICEPRODUCTDETERMINANTTECHNIQUEPROCEDURELIMITATION / RANGE
    Metallic corrosion evaluation
    Austenitic, duplex and nickel-chromium alloys;
    Intergranular corrosion resistance;
    Copper - copper sulfate - 50% sulfuric acid; Copper - copper sulfate - sulfuric acid; Oxalic acid etch;
    in-house methods TP 7.1 and TP 7.2,
    ASTM A262 Practices A and E

    Stainless steel




    Pitting corrosion resistance;
    Ferric chloride pitting;
    in-house method TP 7.1,
    ASTM G48 Method A

    Austenitic, duplex and nickel-chromium alloys; Ferrous materials;
    Detrimental intermallic phase;
    Ferric chloride corrosion test;
    in-house method TP 7.3,
    ASTM A923 Method C 

    Stainless steels


    Metallographic evaluation of metals and alloys
    Austenitic, duplex and nickel-chromium alloys;
    Detection of iron on passivated steel (contamination test);
    Potassium ferricyanide nitric acid;
    in-house method TP 8.8,
    ASTM A380 Clause 7.3.4

    Stainless steel



    Ferrous materials;
    Grain size;
    Microscopic examination;
    in-house method TP 9.3,
    ASTM E112 



    Phase identification and proportion;
    Point count;
    in-house method TP 9.2,
    ASTM E562