Syringes, Needles, Catheters, IV Sets, Surgical Gloves, Surgical Masks, PPE Kits, Bandages, Cotton, Gauze, Medical Tubing, Blood Bags, Diagnostic Kits, Medical Packaging, Implant Packaging, Sterilization Pouches.
Syringes, Needles, Catheters, IV Sets, Surgical Gloves, Surgical Masks, PPE Kits, Bandages, Cotton, Gauze, Medical Tubing, Blood Bags, Diagnostic Kits, Medical Packaging, Implant Packaging, Sterilization Pouches.
Our accredited test portfolio covers varying parameters for Medical Devices and Healthcare Products.
Tensile strength determines the maximum stress a material can withstand before failure under a uniaxial tensile load. The test evaluates the mechanical performance and structural integrity of plastics, films, pipes, and other polymer products. Results are used for quality control and compliance with applicable standards.
Elongation at break measures the percentage increase in specimen length before rupture during tensile testing. It indicates the ductility and flexibility of the material. Higher elongation values generally represent better deformation capability before failure.
Yield strength is the stress at which a material begins to deform permanently under tensile loading. The test identifies the elastic limit of the material before plastic deformation occurs. It is an important parameter for engineering design and material selection.
Wide width tensile testing measures the tensile properties of geotextiles, geomembranes, and wide sheet materials using specimens of specified width. The test provides representative strength values by minimizing edge effects. It is widely used for construction and geosynthetic materials.
This test evaluates the tensile strength of butt-fused joints in thermoplastic pipes. It assesses the quality of fusion welding by determining the strength of the welded joint under tensile loading. The results verify joint integrity and installation quality.
Tensile modulus (Young's modulus) measures the stiffness of a material by determining the ratio of stress to strain within the elastic region. The test indicates resistance to elastic deformation under load. It is essential for engineering design and material comparison.
Breaking strength determines the maximum force required to break a specimen under specified loading conditions. It evaluates the overall mechanical strength of materials such as films, fabrics, packaging, and plastics. The test is widely used for quality assurance.
Joint or seam strength measures the force required to separate bonded, welded, or stitched joints. The test evaluates the integrity and durability of seams in packaging materials, geotextiles, and flexible products. It ensures reliable performance during service.
Impact testing determines the ability of a material to absorb energy under sudden loading without fracturing. It evaluates toughness and resistance to shock loading. The test is commonly performed on plastics, composites, and engineering materials.
Tear strength measures the force required to propagate an existing tear in flexible materials. The test evaluates resistance to tearing during handling, processing, and service. It is commonly applied to films, sheets, textiles, and packaging materials.
Flexural testing determines the behaviour of a material under bending loads by measuring flexural strength, modulus, and strain. It evaluates stiffness, bending resistance, and deformation characteristics. The test is widely used for plastics and composite materials.
Bending strength measures the maximum stress a material can withstand before failure during bending. It evaluates structural performance under flexural loading. The test is commonly used for rigid plastics, composites, and construction materials.
Elastic modulus in bending determines the stiffness of a material under flexural loading within the elastic range. It indicates resistance to bending deformation before permanent damage occurs. The results support product design and material comparison.
The Izod impact test measures the energy absorbed by a notched specimen when struck by a pendulum. It evaluates the notch sensitivity and toughness of plastic materials. The test is widely used for quality control and material characterization.
Charpy impact testing determines the energy absorbed by a notched specimen during fracture under impact loading. The test assesses material toughness and resistance to brittle failure. It is commonly used for plastics and engineering materials.
Dart impact testing evaluates the impact resistance of plastic films by determining the energy required for a free-falling dart to penetrate the specimen. The test measures film toughness and puncture resistance. It is widely used for flexible packaging materials.
Drop impact testing evaluates the ability of products or packaging to withstand impact resulting from free fall. The test simulates handling and transportation conditions to assess product durability. It is commonly applied to containers and packaged goods.
Falling dart impact testing measures the resistance of plastic films and sheets to puncture by a freely falling dart of specified mass and height. The test evaluates impact strength and packaging performance. Results are reported as impact failure energy or mass.
Impact resistance determines the ability of a material to withstand sudden mechanical shocks without cracking or failure. The test evaluates product durability under service conditions. It is applicable to plastics, pipes, composites, and packaging materials.
Shore hardness testing measures the resistance of plastics and elastomers to indentation using a standardized durometer. Shore A is used for soft materials, while Shore D is used for harder plastics. The test provides a quick assessment of material hardness.
Barcol hardness measures the surface hardness of fibre-reinforced plastics (FRP) and composite materials. The test provides rapid evaluation of curing quality and mechanical properties. It is commonly used for composite laminates and moulded products.
Hydrostatic burst strength determines the internal pressure required to cause failure of pipes or pressure vessels. The test evaluates pressure resistance and structural integrity under hydraulic loading. It is essential for pressure pipe qualification.
Pipe pressure testing evaluates the ability of pipes to withstand specified internal hydraulic pressure for a defined period. The test verifies strength, leak tightness, and long-term pressure performance. It is performed for quality assurance and product certification.
This dimensional test measures the external diameter, internal diameter, and wall thickness of pipes, tubes, and moulded products using calibrated measuring instruments. Accurate dimensions ensure compliance with applicable product standards and manufacturing tolerances.
Socket dimension testing verifies the dimensions of pipe sockets, fittings, and joints to ensure compatibility and proper assembly. Measurements include socket depth, diameter, and engagement length. Compliance ensures leak-free pipe connections.
Ovality determines the deviation of a pipe or cylindrical product from a perfect circular cross-section. The test evaluates manufacturing accuracy and dimensional uniformity. Excessive ovality may affect fitting performance and pressure resistance.
Linear dimension testing measures the length, width, height, thickness, or other specified dimensions of products using calibrated instruments. The test verifies dimensional accuracy and compliance with product specifications. It is applicable to plastic components, packaging, and engineering products.
Our scientists can design bespoke mechanical test programmes for specialised material compositions and regulatory requirements.
Discuss RequirementsExplore related chemical testing categories available at AKC:
Chemical safety testing for toys and children's products, ensuring compliance with international directives.
Determine formulation compliance and safety of rubber & rubber products ensuring performance in demanding environments.
Comprehensive testing protocols evaluating safety and properties of food and industrial packaging.
Find answers to the most common questions about our chemical testing and certification services.
Our qualified team of polymer scientists and compliance specialists are available to discuss your testing requirements and recommend the right programme.
Direct contact:
info@akc-ptarc.com
Contact Our TeamAKC provides a full spectrum of chemical testing services including chemical composition analysis, restricted substance testing (REACH, RoHS, Prop 65), polymer and material testing, contaminant screening, heavy metal analysis, formulation testing, and regulatory compliance certification. Our accredited laboratories are equipped to handle a wide range of sample types across multiple industry sectors.
Our accredited laboratory team is ready to discuss your testing needs, process globally recognised test results for your plastic and resin-based products.