In many fields such as industrial production and food processing, high-temperature environments often pose extreme challenges to material performance. Ordinary rubber materials are prone to aging, deformation, and failure at high temperatures, which not only affects production efficiency but may also create safety hazards. A material that can stably withstand extreme high temperatures has long been a core solution sought after by many industries—350℃ high-temperature resistant silicone rubber, with its excellent comprehensive performance, has become the ideal choice for high-temperature working conditions.
The core advantage of this high-temperature resistant silicone rubber is, first and foremost, its superior heat resistance. It can stably withstand temperatures up to 350℃, maintaining its shape and performance stability under long-term high-temperature conditions. It is not prone to aging, cracking, or performance degradation, fundamentally solving the pain points of ordinary rubber in high-temperature environments. Whether it's industrial equipment operating at continuous high temperatures or special components requiring the ability to withstand instantaneous high temperatures, it can handle the situation with ease, providing a solid guarantee for stable equipment operation.
In terms of processing adaptability, this product series boasts exceptional compatibility, flexibly adapting to both compression molding and extrusion molding, two mainstream processes. Compression molding can precisely manufacture various complex heat-resistant sealing components, meeting the customized needs of different equipment; extrusion molding is suitable for mass production of long, strip-shaped parts such as heat-resistant extruded tubes, offering high processing efficiency and excellent product consistency. It can be widely adapted to large-scale production scenarios in industries such as automotive, electronics, and chemicals, significantly reducing production adaptation costs for enterprises.
In food contact applications, this silicone rubber demonstrates stringent safety compliance. For products that come into contact with food, a simple 4-hour post-curing process at 200°C is sufficient to meet safety standards for food contact materials, preventing the release of harmful substances and balancing practicality and safety. This characteristic makes it highly advantageous in applications such as sealing food processing equipment and auxiliary components for food packaging, thus strengthening the safety of food production.
In addition to its core heat resistance, this product also boasts excellent mechanical properties. Even under high temperatures, it maintains good tensile strength, elasticity, and wear resistance, and is not easily deformed or damaged by external forces, resulting in a service life far exceeding that of ordinary high-temperature resistant materials. This dual advantage of "heat resistance + durability" allows it to maintain stable performance in various harsh operating conditions, reducing the frequency of component replacement and lowering maintenance costs for businesses.
In specific applications, the value of this high-temperature resistant silicone rubber is fully realized. In the industrial sector, it can be made into heat-resistant seals for sealing parts of high-temperature pipelines, boilers, kilns, and other equipment, effectively preventing leakage of high-temperature media and ensuring efficient equipment operation. In the electronics sector, it can be used as high-temperature resistant extruded tubing to protect electronic components and circuits in high-temperature environments and improve the stability of electronic equipment. In the food processing sector, products that have undergone post-curing treatment can be used for sealing food transmission pipelines and for heating equipment accessories, balancing safety and durability.
As industries increasingly demand higher production precision, safety standards, and equipment stability, the importance of high-temperature resistant materials is becoming ever more prominent. 350℃ high-temperature resistant silicone rubber, with its excellent heat resistance, flexible processing methods, reliable mechanical properties, and food-grade safety compliance, breaks through the limitations of materials under high-temperature conditions, providing core support for the upgrading and development of multiple industries. Whether it's industrial enterprises pursuing efficient and stable production or food processing manufacturers adhering to safety standards, this high-temperature resistant silicone rubber will become a powerful assistant in improving product quality and ensuring production safety, demonstrating the material's core strength in high-temperature challenges.
High Temperature Resistance Silicone Rubber(350℃),pls check
IOTA HTV 329
