Impact Testing of Polymers and Composites

Ensure your products meet rigorous safety and performance standards with comprehensive polymer and composite impact testing. From Charpy and Izod testing to multiaxial impact analysis, we help aerospace, pharmaceutical, and automotive manufacturers validate product durability, ensure regulatory compliance, and optimize material selection – all while minimizing risk and maximizing product longevity.

Non Metallic Impact Strength Testing Methods 640 x 480

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What is Impact testing of Polymers and composites at Element?

Impact testing evaluates how materials respond to sudden force application, measuring deformation, fracture patterns, and energy absorption. At Element, we replicate real-world conditions to assess your polymers and composites' resilience, providing crucial insights for material selection and design optimization across aerospace, pharmaceutical, and automotive applications.

Element testing specialist examining precision measurement equipment for materials analysis

What can Element offer you for impact testing of polymers and composites?

Key tests offered

Element provides a variety of impact strength testing methods tailored to your project needs. Our experts collaborate with you to determine the most suitable method for your material or product. Specializing in testing plastics, elastomers, and composites, we ensure comprehensive evaluation across various materials. Additionally, we offer testing solutions for packaging, containers, telecommunications wire, cables, and connectors customized to your specific requirements.

Our testing procedures include:

Charpy and Izod Testing
Gardner Impact Testing (also known as Falling Dart Impact)
Multiaxial Impact (Instrumented Impact) Testing
DuPont Impact Testing
Tensile Impact Testing

Components and materials we test

We test a comprehensive range of polymers, elastomers, and composites. Our specialized testing capabilities extend to packaging, containers, telecommunications wire, cables, and connectors. Each material undergoes rigorous evaluation tailored to your specific industry requirements and performance needs.

Methods and solutions offered

Our testing methods align with ASTM and ISO standards while accommodating custom requirements. We employ advanced procedures to evaluate impact resistance at various production stages, ensuring consistent quality throughout your manufacturing process. Our approach combines standardized testing with tailored solutions for your specific application needs.

Future-proof support

We help you optimize product lifecycle management through comprehensive testing and analysis. Our experts work with you to develop strategic maintenance plans, identify optimal part replacement schedules, and enhance long-term product performance. This proactive approach helps you stay ahead of maintenance challenges and maximize product longevity.

Standards we test to and components we test

These are our most prevalent requests. Don't see what you're looking for? Contact us!

American Society for Testing and Materials:

ASTM D256
ASTM D746
ASTM D1822
ASTM D2794
ASTM D3763
ASTM D4226
ASTM D4495
ASTM D4812
ASTM D5420
ASTM D6110
ASTM D7136
ASTM E23

British Standards:

BS 131

International Standards Organization:

ISO 179
ISO 180
ISO 6603-2
ISO 7765-1

Japanese Industrial Standards:

JIS K 5600-5-3

Your Challenges, Our Solutions

Product Failure Risk

We identify material vulnerabilities through comprehensive impact testing, providing detailed insights into performance under stress to prevent costly recalls and ensure long-term reliability.

Regulatory Compliance Hurdles

Our ASTM and ISO-certified testing provides the empirical evidence you need to demonstrate compliance, backed by detailed documentation of your product's quality and safety.

Material Selection Uncertainty

Make informed decisions with our thorough evaluation of materials under impact loading conditions, supported by expert guidance throughout your R&D process.

Manufacturing Process Validation

Ensure consistency across production with systematic impact resistance testing at critical stages, maintaining quality throughout your manufacturing process.

Element Experts at your service

Jay Anderson

Materials Scientist

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Why Choose Element

Element materials testing engineer operating precision measurement equipment for quality analysis

Mitigate Risk

Identify material weaknesses and improve product reliability to strengthen market position and enhance overall performance.

Meet Industry Compliance

Ensure polymer products meet quality standards and regulations, providing evidence of product integrity and avoiding costly recalls.

Make Informed Material Selections

Evaluate material performance under impact loading conditions to make confident, informed decisions for your project's success.

Validate Your Manufacturing Process

Assess polymer impact resistance at various production stages to ensure consistency and reliability in your manufacturing process.

Frequently asked questions

Why is impact testing important for my products?

Impact testing provides crucial insights into your materials' performance under stress, helping prevent failures, ensure compliance, and optimize product design. It's essential for validating durability and safety across aerospace, pharmaceutical, and automotive applications.

How does impact testing help with long-term maintenance planning?

Our testing identifies material limits and performance thresholds, enabling you to develop strategic maintenance schedules and plan proactive part replacements. This data-driven approach optimizes your product lifecycle management and helps prevent unexpected failures.