Covering metals, non-metallic and specialty materials — a full-chain service from material property testing to simulation calibration.

Mechanical response of aluminium alloys across strain rates, producing stress-strain curves at each rate to support crash simulation.

In-plane shear characterisation of composite laminates — measuring shear modulus and shear strength to provide key parameters for structural analysis.

Compressive stress-strain curves and energy absorption of foam materials, used for energy-absorbing simulation and comfort assessment in vehicle interiors.

Compressive strength and damage growth in open-hole laminates — assessing how a hole affects compressive performance, for strength evaluation of joint areas.

Tensile fatigue S-N curves at elevated temperature, assessing fatigue life under coupled thermal and mechanical loading.

High-speed bending behaviour at low temperature, providing the data basis for crash simulation of structures used in cold climates.
Fatigue life assessment and failure analysis of torsion-spring assemblies, determining fatigue behaviour under cyclic loading.

Development of an accurate Poisson's ratio measurement method for thin films, solving the challenge of transverse strain measurement on ultra-thin materials.

Accuracy validation and calibration of a multi-channel strain acquisition system, ensuring the reliability of test data.
Shear property testing of foam materials, obtaining shear modulus and shear strength data.

Design and execution of a custom bending test at elevated temperature, with bespoke fixtures for special requirements.
Material failure and damage assessment based on the GISSMO model, simulating damage accumulation and fracture under complex loading.

Melt viscosity and rheological behaviour testing across temperature and shear rate, providing key data for injection-moulding simulation and process optimisation.
Accurate measurement of specific heat capacity and thermal conductivity across temperature ranges, supporting thermal analysis and cooling simulation.
Flammability testing to UL94 V-0/V-1/V-2 and related standards, evaluating flame retardance class and fire behaviour for product safety compliance. UL2596 particle ejection testing evaluates the fire resistance of materials used in new-energy battery packs.

High-speed penetration impact testing at up to 20 m/s, reproducing the dynamic penetration response and energy absorption of materials under real crash conditions.
Constitutive model development for structural adhesives — peel, shear and bond strength tests supplying accurate material parameters for bonded-joint simulation.
Planar tension and equal-biaxial tension testing, capturing the mechanical response under different stress states to support accurate calibration of hyperelastic and elastoplastic constitutive models.
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