Isola halogen-free material is a highly reliable and safe material that can be used for various applications. Isola's halogen-free materials are designed to provide excellent electrical insulation, high mechanical strength, and low smoke emissions during combustion. In addition, Isola halogen-free materials meet the requirements of many safety standards, such as UL94V0, IEC 60754-1/2, and EN 45545-2.
These materials have excellent chemical resistance and are highly suitable for use in harsh environments such as automobiles, public transportation, industrial equipment, and consumer electronics applications. Isola's halogen-free materials also have design flexibility, with thickness ranging from 0.06 millimeters to 5 millimeters, depending on application requirements.
Isola Halogen Free Materials: Overview
Isola halogen-free material is an innovative material used in the production of electronic products, wires and cables, and other industrial products. It is widely popular due to its excellent properties such as low smoke, flame retardancy, and chemical resistance. In addition, Isola halogen-free materials can prevent the production of harmful halogens during material combustion or decomposition processes. Isola halogen-free materials come in various specifications and can be cut into customized lengths according to specific applications.
The advantages of Isola halogen-free materials
Isola halogen-free materials provide excellent fire and smoke protection in the event of a fire or other accident. Isola halogen-free materials have low smoke, flame retardancy, and chemical resistance, which are crucial for safety considerations. Isola halogen-free materials also provide excellent electrical insulation, helping to reduce electricity costs and prevent electric shock. In addition, Isola halogen-free materials are lightweight, flexible, and durable, making them suitable for various products with long-lasting performance.
Application of Isola Halogen Free Materials
Isola halogen-free materials are an ideal choice for producing electronic products, wires and cables, and other industrial products. Isola halogen-free materials can be used in various forms, including sheets, films, tapes, and sleeves. Isola halogen-free materials are also suitable for the production of automotive parts, medical equipment, and aerospace applications. In addition, Isola halogen-free materials have been carefully designed to meet strict standards for flame retardancy, low smoke, and chemical resistance.
Isola halogen-free material quality assurance
Isola halogen-free materials have undergone rigorous testing and meet strict industry safety, performance, and quality standards. Isola halogen-free materials have undergone extensive environmental testing, such as flame testing, electrical performance testing, and chemical resistance testing. Isola halogen-free materials are also carefully inspected during the manufacturing process to ensure that all products meet customer specifications. Therefore, Isola halogen-free materials have passed UL safety certification and are guaranteed to provide reliable performance in the long term.
Isola halogen-free material manufacturing process
Isola halogen-free materials are manufactured using proprietary processes that combine high-performance resins, various insulation materials, and flame retardant additives. Then, Isola halogen-free material is cut into customized lengths for specific purposes and tested to ensure consistent performance and quality. In addition, Isola halogen-free materials are produced in ISO 9001 certified factories that meet the strictest safety and quality standards.
The manufacturing process of PCB using Isola halogen-free material
1. Mix Isola halogen-free material with other additives such as fillers, reinforcing fibers, and flame retardants;
2. Squeeze Isola halogen-free material into sheets or rolls;
3. Inject Isola halogen-free material into parts;
4. Press Isola halogen-free material onto the substrate to form a high-performance composite laminate;
5. Compression molded Isola halogen-free material components to achieve maximum thermal stability;
6. Heat treat Isola halogen-free material parts to improve mechanical properties;
7. Casting Isola halogen-free material components of various shapes and sizes;
Isola halogen-free materials can also be machined into parts;
9. Sola halogen-free materials can be applied to various processes, such as die-cutting, ultrasonic welding, laser etching, etc;
10. Isola halogen-free materials undergo rigorous testing to verify their durability, reliability, and performance before being approved for use in various industries. Isola halogen-free materials undergo strict quality control throughout the entire production process.
