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Shock cord made of silicone yarn.
◎Shock cord using our original silicone yarn as the core material ◎Maintains stretch resistance through high-temperature heat treatment ◎Maintains stretch resistance even at sub-zero temperatures ◎Minimal aging deterioration in seawater and chlorinated water
Vibration absorption solution that is less affected by environmental changes, using silicone yarn as the core material.
In the aerospace industry, stable vibration absorption performance is required even under harsh environmental conditions to ensure the reliability of aircraft and onboard equipment. In particular, rapid temperature changes due to altitude and physical loads in the operating environment can lead to deterioration of components and a decrease in elasticity. Our silicone shock cords address these challenges by using silicone yarn as the core material, supporting stable performance maintenance. 【Application Scenarios】 - Vibration suppression of precision parts in aircraft and space equipment - Fixing components in environments with drastic temperature changes - Cushioning materials for equipment requiring long-term operation 【Benefits of Implementation】 - Stable vibration absorption through maintained elasticity in a wide range of temperature environments - Reduced maintenance frequency due to material properties that suppress aging deterioration - Improved physical reliability in harsh environments
Shock cord made with silicone yarn that achieves stabilization of training load.
In the sports equipment industry, it is required to maintain stable stretch performance even after long-term use in the load settings of training equipment. Particularly in training environments where repeated stretching and environmental changes occur, variations in load due to the deterioration of cords become a challenge. Our silicone shock cords utilize original silicone yarn for the core material, contributing to the provision of stable training loads by maintaining stretch resistance. 【Usage Scenarios】 - Load adjustment for resistance training equipment - Fixing and load cords for outdoor training equipment - Training supplies for water-related areas such as poolside 【Benefits of Implementation】 - Maintains stretch performance even in high-temperature environments, achieving stable loads - Resistant to hardening even in sub-zero environments, usable regardless of the season - Strong against seawater and chlorinated water, suppressing aging deterioration in environments like pools
Shock cord made with environmentally resistant silicone yarn to support the efficiency of bag sealing operations.
In the food processing industry, the bag sealing process requires efficiency and stable maintenance of the sealed condition. Particularly in washing processes and operations in low-temperature environments, material degradation and reduced elasticity can lead to decreased work efficiency and an increased risk of sealing failures. Our silicone shock cord, which uses silicone yarn as its core material, possesses strong characteristics against environmental changes, thereby supporting stable sealing operations. 【Usage Scenarios】 - Bag sealing operations for food packaging - Food processing sites involving washing processes - Fixing packaging materials in low-temperature environments 【Benefits of Implementation】 - Maintains stable fixing power over long periods by retaining elasticity - Resistant to seawater and chlorine-treated water, suppressing degradation even in washing environments - Maintains elasticity in sub-zero environments, ensuring workability
Shock cord for preventing equipment loss that maintains elasticity even in harsh environments.
In the operation of equipment in the defense sector, reliability that ensures the prevention of the loss of carried items and equipment, even in intense movements and harsh environments, is required. Particularly in environments exposed to temperature changes and salt, such as cold regions and at sea, the degradation of materials can lead to a decrease in elasticity, increasing the risk of equipment loss. Our silicone shock cord, which uses silicone yarn as its core material, provides stable elasticity that is less affected by environmental changes, contributing to the secure retention of equipment. [Usage Scenarios] - Prevention of equipment loss during outdoor exercises - Securing carried items during missions in cold regions and at sea - Securing supplies within vehicles and vessels [Benefits of Implementation] - Maintains elasticity even in sub-zero environments, demonstrating stable holding power - Reduces aging degradation from seawater and chlorine-treated water, supporting long-term operation - Achieves high stretch resistance through high-temperature heat treatment
It controls the range of motion of the robot's joints with stable elasticity that is not affected by environmental changes.
In the field of robotics, components that appropriately limit the range of motion of joints and achieve smooth movement are required to have high reliability. Particularly in environments with temperature fluctuations or when used outdoors or in special conditions, it is important that the material's elasticity does not change significantly over time. A decrease in elasticity or deterioration can potentially affect the operational accuracy of the robot. Our silicone shock cord utilizes silicone yarn as the core material, achieving stable elasticity that is resistant to environmental changes and supporting the intended range of motion limitations. 【Usage Scenarios】 - Limiting the range of motion and assisting the movement of robot joints - Moving components in environments with significant temperature changes - Operating robots in outdoor or water-related areas where environmental stress is present 【Benefits of Implementation】 - Maintains stable elasticity even in high-temperature and sub-zero environments - Reduces aging deterioration from seawater and chlorinated water, decreasing maintenance frequency - Controls the range of motion in accordance with design intentions using original materials
A tube fixation cord with stable elasticity, using silicone yarn as the core material.
In the field of medical devices, secure and stable fixation of tubes is required. In particular, maintaining elasticity under usage conditions and the durability of materials during cleaning and disinfection processes are important. Deterioration of fixation strength due to aging may hinder the operation of the equipment. Our silicone shock cord achieves stable elasticity that is less affected by environmental changes by using silicone yarn as the core material. 【Usage Scenarios】 - Fixation of tubes around medical devices - Use in environments where maintenance and cleaning of equipment are necessary 【Benefits of Implementation】 - Maintains elasticity and fixation strength even in high-temperature environments - Remains flexible and stable even in sub-zero environments - Resistant to seawater and chlorinated water, suppressing deterioration in cleaning environments
Shock cord made with silicone yarn that enhances the reliability of wiring termination and excels in environmental resistance.
In the automotive industry, wiring harnesses require high reliability that can withstand vehicle vibrations and temperature changes, as well as stable holding power over the long term. It is particularly important to prevent deterioration from heat, water, and chemicals in areas close to the engine compartment or outside the vehicle. Improper material selection can lead to issues such as loosening or breaking of the harness. Our silicone shock cord utilizes a unique silicone yarn as its core material, maintaining stable elasticity even in harsh environments and supporting reliable wiring harnessing. 【Usage Scenarios】 - Wiring harnessing within the engine compartment - Cable securing in areas subject to vehicle vibrations - Wiring retention in environments with significant temperature changes 【Benefits of Implementation】 - Maintains elasticity and holding power even in high and low-temperature environments - Resistant to the effects of seawater and chlorinated water, reducing aging deterioration - Reduces the risk of wiring issues due to stable holding power
