Composite materials may be engineered for performance, but they come with unique complexities—anisotropy, multi-directional strength, and varied failure modes. Ensuring a composite performs as intended requires a multi-pronged testing strategy. Quality & Reliability: Composite failures in sectors like aerospace or automotive can be catastrophic; rigorous tests help prevent that. Regulatory Compliance: Many industries and overseas markets demand documented adherence to standards like ASTM, ISO, or national tests. Product Optimization: Comprehensive testing informs designers on how to improve material performance while optimizing cost and weight. In short: composite testing isn’t optional—it’s foundational.
. NABL Accreditation — A Trustworthy Standard Kiyo R&D Lab’s adherence to ISO/IEC 17025 through NABL accreditation means their testing is technically sound, reliable, and recognized both in India and globally.Advanced Testing for Composite Materials Kiyo offers plastics and composites testing services that cover a wide spectrum—tensile strength, flexural modulus, impact behavior, durability, and more—tailored to composite-specific demands.They deliver cutting-edge insights into a composite’s strength, durability, and performance under stress.Broad Industry Application Kiyo's infrastructure supports material testing across automotive, plastics and rubber, electrical, coatings, packaging, textiles, and beyond.This makes them versatile and relevant for composite projects in diverse sectors.Comprehensive Infrastructure & Customization What sets Kiyo apart is the ability to offer customized testing plans, client-specific standards, product validation, project consulting, and even failure analysis or reverse engineering support.
While Kiyo’s website doesn’t list every test individually, based on standard composite testing practices (and competitor benchmarks), here’s what you can expect: Mechanical Strength Tests: Tensile, compression, flexure, inter-laminar shear strength, impact resistance—per ASTM, ISO, or custom standards. Thermal & Durability Tests: Aging responses under heat, humidity, or cyclic loading. Failure Analysis: Scenario replication to determine causes and improve product design. Non‑Destructive Evaluation (NDE): Techniques like ultrasonic scanning, thermography, or acoustic emission for early defect detection at scale.While competitors like Advanses explicitly mention fatigue, static, and dynamic tests accredited under ISO/IEC 17025, Kiyo likely offers similar capabilities—with validation available upon inquiry
A. Quality Assurance — Every Time With NABL accreditation, your composite testing results are recognized and relied upon—domestically and internationally. fan-indiatestinglabs.com B. Risk Reduction & Performance Confidence Early testing prevents failures, supports product longevity, and strengthens brand confidence. Durable composites mean fewer returns, complaints, and recalls. C. Custom Solutions from a Full-Service Lab From pre-testing consults to failure diagnostics and regulatory alignment, Kiyo supports you every step—from design to final product. D. Multi-Sector Reach Whether you're an automotive OEM, packaging innovator, or electronics manufacturer using composites, Kiyo adapts to diverse sector standards and needs. atira.in +14 Kiyo R&D Center and Laboratory +14 Intertek +14