Wire Iran provides laboratory testing to evaluate silicone compound properties, verify material consistency, and support product development across LSR, HTV, and specialty silicone grades. Our testing capabilities help manufacturers select suitable materials and assess performance against defined technical requirements.
LABORATORY · QUALITY ASSURANCE
Silicone Testing & Quality Control
LABORATORY EXPERIENCE
Established Testing Expertise. Technical Confidence.
17025
STANDARD
STANDARD
Established in February 2002, Wire Iran’s laboratory has supported research, testing, and product development in automotive ignition cables and polymer materials. This experience provides a foundation for evaluating material properties, assessing product performance, and supporting silicone manufacturing requirements.
ISO/IEC 17025 ACCREDITATION
Wire Iran is the first company in Iran to achieve ISO 17025 certification, highlighting our dedication to precision and excellence in laboratory testing.
Since 2002, our specialized laboratory for automotive ignition cables and polymer materials has advanced through collaboration with the National Standard Institute (INSO) C and ongoing research, testing, and product development.
Quality Control & Laboratory Testing
At Wire Iran, quality assurance extends throughout the production process, from raw material evaluation to in-process monitoring and final product inspection. Our laboratory capabilities support the evaluation of silicone compounds, automotive ignition cables, and polymer-based products against defined technical requirements and applicable testing standards.
Testing methods are selected according to material characteristics, product specifications, and intended operating conditions, supporting consistent quality, reliable performance, and continuous product development.
| Category | Key Tests |
|---|---|
| Mechanical | Tensile strength · Elongation · Tear resistance · Shore hardness (A/D) · Rheometry (ML/ΔT) · Thermal shock |
| Electrical | Dielectric strength · Insulation resistance · Capacitance · Corona & tracking resistance (HV) |
| Thermal / Chemical | Heat aging · Thermal stability (TGA/DSC) · Oil/solvent immersion · Chemical resistance · Low-temp flexibility |
| Environmental | Salt spray · Weathering (UV/ozone) · Flame resistance (UL94 / FMVSS) · Humidity cycling |
Our quality framework integrates real-time inspection and post-production testing. Samples are evaluated for hardness, elongation, tensile strength, and curing uniformity, while random sampling safeguards dimensional and process stability.
Quality Control at Every Stage
Application-Specific Testing
Automotive ignition components and silicone materials require different testing approaches. Depending on the product and its intended application, evaluations may include high-voltage insulation performance, electrical resistance, flame resistance, thermal cycling, environmental exposure, mechanical strength, hardness, rheological behavior, and curing characteristics.
These evaluations support material selection, process control, product development, and verification of performance under defined operating conditions.
Testing Reports & Technical Documentation
Laboratory reports document the applicable test methods, measured results, and relevant acceptance criteria. Where appropriate, reports may include performance graphs and curing data to support technical analysis, process optimization, and material consistency assessment.
Certified Documentation & Traceability
Traceable quality records help engineers, procurement teams, auditors, and OEMs assess product conformity and maintain visibility across the manufacturing process. By combining systematic inspection, documented testing, and process monitoring, Wire Iran supports dependable quality across automotive, industrial, medical, and other application-specific markets.
Automotive components are subjected to flame resistance, thermal cycling, high-voltage insulation, megger, erosion, and salt spray testing, while silicone materials and molded or extruded products are evaluated for tensile strength, elongation, rheology, hardness, thermal shock, and insulation properties. In collaboration with the National Standard Institute since 2002, all products are validated for consistent performance and durability under defined automotive and industrial operating conditions.
Detailed reports, complete with performance graphs that outline temperature and curing time measures, ensuring that the final products deliver optimal performance and reliability in their intended applications. Every report includes test data confirming batch consistency and curing control.
Each batch is fully traceable and supported by certified documentation, including Certificates of Analysis (CoA), batch records, and compliance reports verifying conformity with FDA, USP Class VI, RoHS, and REACH standards. This ensures consistent reliability across medical, automotive, industrial, and food-grade applications.
QUALITY CONTROL
Testing Standards & Technical Documentation
Standards-Based Testing and Traceable Results
Wire Iran evaluates silicone materials and finished components using applicable test methods and defined testing procedures. Depending on the material, product requirements, and intended application, testing may reference relevant ISO, DIN, or JIS standards.
Test methods are selected according to the property being evaluated and the requirements of the application. Results are recorded and reviewed to support material characterization, batch consistency, quality assessment, and product development.
Applicable Testing Standards
Technical Documentation
Discuss Your Silicone Testing Requirements
Need to evaluate a material or validate a silicone component? Let’s discuss the specifications, testing requirements, and intended application of your project.
TECHNICAL SUPPORT · WICSILICONE