At Current Composites, we offer a wide variety of high-performance materials designed to meet the needs of multiple industries, including electrical, industrial, and more. Whether you need G10/FR4, Phenolic based materials, or specialized resin-based products, our materials are engineered for reliability and long-lasting performance.
Glass based laminates such as G10/FR4, FR5, and G11/FR5 provide dependable dielectric strength, moisture resistance, and dimensional stability. These materials are widely used in electrical insulation, structural components, and applications requiring consistent mechanical performance. Copper clad variants support printed circuit fabrication, while non brominated grades offer halogen free alternatives for cryogenic environments. All materials are produced to recognized standards, including MIL I 24768 and IPC specifications.
Phenolic laminates such as G3 and FR2 offer a balance of strength, machinability, and heat resistance. These materials are suitable for electrical insulation, mechanical components, and environments requiring predictable thermal behavior. Melamine based laminates, including G9 and G5, provide enhanced arc resistance and surface hardness, making them suitable for switchgear, high voltage insulation, and components exposed to elevated temperatures.
Canvas, linen, and paper based laminates provide versatility for mechanical, electrical, and aesthetic applications. Canvas grades offer toughness and impact resistance, while linen grades support fine machining for precision components. Paper laminates are used for electrical insulation and lightweight structural parts. Decorative laminates expand the range with colored, patterned, and wood based finishes suitable for consumer products, custom builds, and specialty applications.
Carbon fiber laminates are available in multiple weave styles, including unidirectional, twill, and plain configurations. These materials deliver high stiffness, low weight, and consistent performance for aerospace, industrial, and structural applications. Both epoxy based and phenolic based carbon laminates are offered to support different thermal and mechanical environments.
Each material category is supported by technical data sheets outlining mechanical, thermal, and electrical properties. These documents follow industry standards and provide engineers and procurement teams with the information needed to evaluate performance and select the appropriate laminate for their application.
Material selection depends on mechanical load, dielectric requirements, environmental exposure, and machining needs. Reviewing the technical data sheet helps match performance characteristics to your project.
Certain grades, such as G11/FR5 and melamine based laminates, are designed for elevated temperatures and maintain stability under thermal stress.
Yes. Many laminate types can be produced in custom sheet sizes or thicknesses to support unique design requirements.
Most materials follow MIL I 24768 or IPC classifications, ensuring compatibility with regulated environments and quality controlled manufacturing processes.
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