Mechanical Properties Testing Services: Comprehensive Characterisation for All Material Types

As an independent third-party testing service provider, we offer a full range of mechanical properties testing for metals, polymers, ceramics, composites, wood, rubber, and advanced materials. Mechanical testing is fundamental to material selection, quality control, design validation, and failure analysis. Whether you are a manufacturer, supplier, R&D centre, or regulatory body, our accredited laboratory delivers accurate, repeatable, and internationally recognised mechanical test data. This article outlines our mechanical testing capabilities – including scope, key test items, and standard test methods – to help you choose the right services for your products and applications.

1. Our Testing Scope for Mechanical Properties

We cover all common material types and product forms across industries. Our scope includes:

By material type: Metallic materials (steel, aluminium, copper, titanium, nickel alloys, cast iron); Polymers and plastics (thermoplastics, thermosets, elastomers, rubber); Ceramics (advanced ceramics, structural ceramics, refractory materials); Composites (carbon fibre reinforced polymers – CFRP, glass fibre reinforced polymers – GFRP, metal matrix composites – MMC); Wood and engineered wood products; Additive manufactured parts (3D printed metals and polymers); Adhesives and bonded joints; Thin films and coatings (with substrate).

By test temperature & environment: Ambient temperature; Elevated temperature (up to 1200°C with furnaces); Sub‑zero / cryogenic (down to -196°C); Corrosive or humid environments (by arrangement).

By sample type: Raw materials (sheets, bars, tubes, wires), machined test specimens, finished components (limited size), micro‑samples for small components, and standardised coupons (ASTM/ISO/EN).

2. Key Test Items We Perform

Our mechanical testing services are grouped into eight main categories, covering static, dynamic, and specialised measurements.

2.1 Tensile Testing

Ultimate tensile strength (UTS).
Yield strength (offset method – 0.2%, 0.1%).
Young’s modulus (modulus of elasticity).
Percentage elongation after fracture.
Percentage reduction of area.
Strain hardening exponent (n-value) and plastic strain ratio (r-value).
True stress – true strain curve.
Proof strength (for non-linear materials).

2.2 Compression Testing

Compressive strength (maximum load / original cross-section).
Compressive yield strength (offset method).
Compressive modulus (Young’s modulus in compression).
Strain at compressive strength.
Crush resistance (for foam, honeycomb, wood).
Springback and permanent set (for elastomers).

2.3 Flexural (Bending) Testing

Flexural strength (modulus of rupture – MOR).
Flexural modulus (tangent or secant).
Deflection at break.
3‑point vs. 4‑point bending – we offer both configurations.
Proof of elasticity and plastic behaviour.

2.4 Hardness Testing

Rockwell hardness (HRA, HRB, HRC, HR15N, etc.).
Brinell hardness (HBW, HBW 2.5/187.5, etc.).
Vickers hardness (HV0.1 to HV50).
Knoop hardness (for thin films and brittle materials).
Shore hardness (Shore A – rubber/elastomers; Shore D – rigid plastics).
Leeb hardness (portable, for large metal components).

2.5 Impact Testing

Charpy V‑notch (CVN) impact energy – at ambient, low, or high temperatures.
Charpy U‑notch (keyhole).
Izod impact (cantilever beam).
Instrumented impact testing (force-time, energy-time curves).
Pendulum impact (for plastics – ISO 179, ASTM D256).
Fracture appearance transition temperature (FATT) for steels.

2.6 Fatigue & Fracture Mechanics

High‑cycle fatigue (HCF) – stress‑life (S‑N) curves up to 10⁷ cycles.
Low‑cycle fatigue (LCF) – strain‑controlled, up to 10⁵ cycles.
Rotating bending fatigue.
Axial fatigue (tension‑compression).
Plane‑strain fracture toughness (K_IC) – for metals and ceramics.
J‑integral and R‑curve (for elastic‑plastic fracture).
Fatigue crack growth rate (da/dN).
Endurance limit (fatigue limit).

2.7 Shear & Torsion Testing

Shear strength (double shear, single shear, punch shear).
Interlaminar shear strength (ILSS) – for composites (short beam shear).
Shear modulus (G).
Torsional strength and stiffness.
Torque vs. angle of twist (solid or hollow shafts).

2.8 Creep & Stress Rupture

Creep testing (constant load, constant stress) – creep strain vs. time, minimum creep rate.
Stress rupture (time‑to‑failure at constant load and temperature).
Creep recovery (after unloading).
High‑temperature creep (up to 1100°C with extensometry).

2.9 Specialised Mechanical Tests

Tear strength (for rubber, films, fabrics).
Peel strength (90°, 180°, T‑peel).
Pull‑out strength (fasteners, threaded inserts).
Friction and wear (pin‑on‑disc, reciprocating, block‑on‑ring).
Biaxial flexural strength (ball‑on‑three‑balls).
Micro‑indentation and nano‑indentation (hardness, modulus of thin films).

3. Standard Test Methods We Apply

All tests are performed according to internationally recognised standards. Our laboratory is ISO/IEC 17025 accredited and equipped with universal testing machines (1 N to 600 kN), impact testers, fatigue rigs, creep frames, hardness testers, and environmental chambers.

3.1 Tensile Test Standards

Metals – ambient: ASTM E8/E8M, ISO 6892‑1, GB/T 228.1, EN 10002‑1.
Metals – elevated temperature: ASTM E21, ISO 6892‑2.
Plastics: ASTM D638, ISO 527‑1/-2, GB/T 1040.
Rubber: ASTM D412, ISO 37.
Composites (polymer matrix): ASTM D3039, ISO 527‑4/-5.
Ceramics (flexural, not direct tensile): ASTM C1161 (flexural, listed under flexure).

3.2 Compression Test Standards

Metals: ASTM E9, ISO 6507 (for hardness mapping), GB/T 7314.
Plastics: ASTM D695, ISO 604.
Composites: ASTM D6641 (combined loading), ISO 14126.
Wood: ASTM D143 (parallel/perpendicular).

3.3 Flexural Test Standards

Metals (3‑point/4‑point): ASTM E290, ISO 7438.
Plastics: ASTM D790, ISO 178.
Composites (short beam – ILSS): ASTM D2344, ISO 14130.
Ceramics (MOR): ASTM C1161 (4‑point), ISO 14704.
Wood: ASTM D143 (static bending).

3.4 Hardness Test Standards

Rockwell: ASTM E18, ISO 6508, GB/T 230.
Brinell: ASTM E10, ISO 6506, GB/T 231.
Vickers: ASTM E92/E384, ISO 6507, GB/T 4340.
Knoop: ASTM E384, ISO 4545.
Shore A / D: ASTM D2240, ISO 868.
Leeb (portable): ASTM A956, ISO 16859.

3.5 Impact Test Standards

Charpy (metals): ASTM E23, ISO 148‑1, EN 10045‑1.
Izod (metals): ASTM E23 (optional).
Plastics (Charpy/Izod): ASTM D256 (Izod), ASTM D6110 (Charpy), ISO 179 (Charpy), ISO 180 (Izod).
Instrumented impact: ASTM E2298, ISO 14556.

3.6 Fatigue & Fracture Standards

High‑cycle fatigue (axial): ASTM E466, ISO 1099.
Low‑cycle fatigue (strain control): ASTM E606, ISO 12106.
Rotating bending fatigue: ASTM E468, ISO 1143.
K_IC fracture toughness: ASTM E399, ISO 12737.
J‑integral (elastic‑plastic): ASTM E1820, ISO 12135.
Fatigue crack growth: ASTM E647, ISO 12108.

3.7 Shear & Torsion Standards

Shear (metals – double/single): ASTM B831, ISO 6507‑1 (adapted).
ILSS for composites (short beam shear): ASTM D2344, ISO 14130.
Torsion (metals – solid shafts): ASTM E143, ISO 18338.
Adhesive shear (lap joint): ASTM D1002, ISO 4587.

3.8 Creep & Stress Rupture Standards

Creep (metals): ASTM E139, ISO 204, GB/T 2039.
Stress rupture: ASTM E292, ISO 204.
Creep of plastics: ASTM D2990, ISO 899‑1.

3.9 Specialised Test Standards

Tear strength (rubber/plastics): ASTM D624 (die C), ISO 34‑1.
Peel strength (adhesive joints): ASTM D903, ISO 8510‑1.
Pin‑on‑disc wear: ASTM G99, ISO 20808.
Nanoindentation: ISO 14577, ASTM E2546.

4. Why Choose Our Third-Party Mechanical Testing Services?

As an independent laboratory with no commercial bias, we provide impartial, accurate, and legally defensible results. Our advantages include:

ISO/IEC 17025 accreditation – CNAS/CMA certified, regular proficiency testing participation (e.g., NVLAP, A2LA).
Wide force range – from 1 N (micro‑tensile) to 600 kN (structural steel), with 0.5% accuracy.
Temperature control – environmental chambers from -70°C to +1200°C (with furnace).
Fast turnaround – standard 5‑7 business days for routine tests; expedited services available.
Comprehensive reporting – load‑extension / stress‑strain curves, raw data, measured parameters, and compliance statements.
Confidentiality – full protection of your material formulations and proprietary data.
Technical consultation – we help select appropriate test methods, sample dimensions, and accept/reject criteria.

Whether you need incoming material certification, process validation, product design data, or failure investigation, our mechanical testing experts are ready to support your quality assurance and R&D goals across all material classes.

Get Started with Your Mechanical Testing Project

Contact our team with your material type, applicable standard(s), test items required, and any special conditions (temperature, environment). We will provide a detailed quotation, sample preparation guidelines (including machining requirements), and a testing schedule. Let us help you characterise the mechanical behaviour of your materials with precision and confidence.

This article provides an overview of our mechanical properties testing capabilities. For specific test methods, sample geometry, and pricing, please request a tailored service proposal.