仁礼工業 Product Lineup

In mechanical parts and precision devices, components that possess flexibility and durability, allowing for stable use over long periods even in environments where repetitive motion and friction occur, are required. HYTREL tubes offer excellent flexibility, bend resistance, abrasion resistance, and fatigue resistance, making them suitable for protective applications around moving parts and mechanical components. Additionally, they combine the softness of rubber with the processability of plastic, making them suitable for piping applications within mechanism parts and devices that involve bending and deformation. Our company can accommodate special sizes of HYTREL tubes, such as ultra-thin and thin-walled types, through high-precision extrusion technology. We flexibly respond to various applications and required specifications, from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protective tubes for mechanical parts - Mechanism parts with moving components - Piping inside precision instruments - Automation equipment - Industrial machinery 【Benefits of Implementation】 - Flexibility to accommodate moving parts - Long-term use supported by abrasion resistance - Repetitive motion supported by fatigue resistance - Component protection through impact resistance - Consistent support from prototyping to mass production

In the field of medical devices, tubes used for fluid transport inside devices and around movable parts require flexibility, durability, and stable performance. HYTREL tubes possess excellent flexibility, bend resistance, fatigue resistance, and impact resistance, making them suitable for piping and protection applications within medical devices and precision instruments. Additionally, they combine the softness of rubber with the moldability of plastic, allowing them to accommodate applications that involve bending and repetitive motion. Our company can cater to special sizes of HYTREL tubes, such as ultra-thin and thin-walled, through high-precision extrusion technology. We flexibly respond to various applications and requirements, from evaluation products in research and development to mass-produced items. 【Usage Scenarios】 - Fluid piping inside medical devices - Precision medical instruments - Analytical and inspection equipment - Medical devices with movable parts - Research and development equipment 【Benefits of Implementation】 - Flexibility to accommodate complex piping arrangements - Bend resistance for repetitive motion applications - Fatigue resistance for long-term use - Impact resistance for stable component protection - Consistent support from prototyping to mass production

In communication and electronic devices, protective tubes with flame retardancy, flexibility, and durability are required to ensure safety and durability. The Hightrel 7237F tube is made from a material that offers excellent flexibility, bend resistance, and fatigue resistance, along with flame retardancy, making it suitable for protecting wires, cables, and electronic components inside communication devices. Additionally, it is designed to withstand environments with repeated bending and vibration, and is used for wiring management and component protection in limited spaces. Our company utilizes high-precision extrusion molding technology to manufacture tubes tailored to specific applications. We flexibly accommodate requirements from evaluation samples in research and development to mass production. 【Usage Scenarios】 - Protection of wires inside communication devices - Cable protection tubes - Protection of electronic components - Inside equipment where flame retardancy is required - Wiring protection for precision instruments 【Benefits of Implementation】 - Improved safety due to flame retardancy - Adaptability to wiring management due to flexibility - Capability to withstand repeated motion due to bend resistance - Long-term use supported by fatigue resistance - Consistent support from prototyping to mass production

In the field of optical communication, protective tubes that are flame-retardant, flexible, and resistant to bending are required to protect optical fibers from external environments while ensuring safety and durability. The Hightrel 7237F tube is made from a material that offers excellent flexibility, bending resistance, and fatigue resistance, making it suitable for protecting optical fibers and communication components. Additionally, it is designed to withstand environments where repeated bending and vibrations occur, and is used as a protective component inside communication equipment and precision devices that require wiring management. Our company responds to the manufacturing of tubes tailored to specific applications through high-precision extrusion technology. We flexibly accommodate requirements from evaluation samples in research and development and prototyping stages to mass production. 【Usage Scenarios】 - Optical fiber protective tubes - Optical communication devices - Wiring protection inside communication equipment - Communication components requiring flame retardancy - Electronic devices and precision instruments 【Benefits of Implementation】 - Improved safety due to flame retardancy - Adaptability to wiring management due to flexibility - Capability to withstand repeated bending due to bending resistance - Suitability for long-term use due to fatigue resistance - Stable protective performance for optical fibers

In electronic and communication devices, protective tubes that combine flame retardancy and flexibility are required to enhance safety. The Hightrell 7237F tube is made from a flame-retardant grade material that meets UL94 V-0 standards, in addition to offering excellent flexibility, bend resistance, and fatigue resistance. It is suitable for environments where repeated bending and vibration occur, and is used for the protection of wires, cables, and electronic components. Our company responds to the manufacturing of tubes tailored to specific applications and requirements through high-precision extrusion technology. We flexibly accommodate everything from evaluation samples in research and development and prototyping stages to mass production. 【Usage Scenarios】 - Protection of wires and cables - Insulation and protection of electronic components - Protection of internal wiring in communication devices - Electronic devices requiring flame retardancy - Protection applications within precision instruments 【Benefits of Implementation】 - Improved safety due to flame retardancy - Adaptability in wiring management due to flexibility - Capability to withstand repeated operations due to bend resistance - Long-term use support due to fatigue resistance - Enhanced protection performance for wires and components

In research and development or prototype stages, high-performance tubes that are adjusted in dimensions to match device and component specifications, as well as possessing safety and durability, are required. The Hightrel 7237F tube features flame retardancy compliant with UL94 V-0, along with excellent flexibility, bend resistance, and fatigue resistance, making it suitable for protecting wires and electronic components, as well as for applications involving moving parts. Additionally, it combines the softness of rubber with the processability of plastic, accommodating applications that involve repeated deformation and wiring protection in confined spaces. Our company is capable of manufacturing Hightrel 7237F tubes tailored to special dimensions and applications through high-precision extrusion technology. We flexibly respond to specifications that are difficult to meet with off-the-shelf products, from small-scale production in research and development and prototyping stages to mass production, according to the application and required specifications. 【Usage Scenarios】 - Research and development equipment - Prototypes and evaluation equipment - Communication devices - Electronic devices - Wiring protection applications requiring flame retardancy 【Benefits of Implementation】 - Customizable dimensions and specifications according to application - Improved safety due to flame retardancy - Adaptability for wiring management due to flexibility - Capability to withstand repeated movements due to bend resistance - Consistent support from prototyping to mass production