SHINDO Product Lineup

In the apparel industry, it is essential to maintain the beauty of the product's silhouette and ensure quality that withstands long-term wear. In particular, shape distortion and shrinkage due to washing can undermine the product's value, making it crucial to achieve both dimensional stability and appropriate firmness. Our "Knit Core Material (Soft)" is a fiber material that possesses a resin-like firmness, supporting the shape retention of garments. 【Usage Scenarios】 - Preventing shape distortion in the collars and plackets of jackets and shirts - Reinforcement parts for sportswear - Core materials for frequently washed garments 【Benefits of Implementation】 - Suppresses dimensional changes caused by industrial washing and repeated laundering - Lightweight due to its fiber composition, ensuring comfort in clothing - Excellent quick-drying properties, improving maintenance - Sewable and easily integrated into existing production lines

• Cushioning material
• fiber

In the manufacturing of medical supports, it is essential to achieve a balance between "moderate tension" to properly support the affected area and "maintenance of elasticity" that affects comfort during wear. Particularly, repeated use and washing can lead to deformation, which is a factor that contributes to a decline in product functionality. Our knitted core material (soft) realizes a stiffness similar to that of resin while being a fiber material, supporting the shape retention and functionality of the support. 【Usage Scenarios】 - Reinforcement of joints or areas requiring fixation in supports - Medical clothing expected to undergo repeated washing - Sports supports requiring lightweight and breathability 【Benefits of Introduction】 - High dimensional stability that withstands industrial washing contributes to improved product lifespan - Lightweight due to being a fiber material, reducing discomfort during wear - Sewable, allowing for smooth integration into existing manufacturing processes

• Cushioning material
• fiber

In the footwear industry, there is a demand for good fit that affects comfort and shape retention that can withstand long-term use. Especially during walking, it is important for the material to maintain appropriate firmness without becoming worn out due to bending and repeated use. Traditional resin core materials have faced challenges such as being too rigid or difficult to sew. Our "Knit Core Material (Soft)" possesses a moderate firmness similar to resin while being a fiber material, achieving both flexibility that follows the movement of the foot and shape stability. 【Usage Scenarios】 - Reinforcement of the upper part of shoes - Shape retention of the opening and tongue - Core material for sports shoes that prioritize fit 【Benefits of Implementation】 - Being a fiber material allows for sewing, contributing to the efficiency of the manufacturing process - Lightweight and excellent quick-drying properties maintain comfort inside the shoe - Reduces dimensional changes due to repeated washing and use, supporting an increase in product lifespan

• Cushioning material
• fiber

In the interior and furniture industry, maintaining the aesthetic appeal of products and improving durability are important. In particular, the upholstery of sofas and chairs is prone to friction and stress from daily use, necessitating appropriate protection and shape retention. Traditional resin core materials can sometimes make sewing difficult or present weight challenges. Our "Knit Core Material (Soft)" is a fiber material that offers moderate firmness and resilience, functioning as a protective layer for upholstery while allowing for sewing processing. 【Usage Scenarios】 - Reinforcement and protection of the underside of sofa and chair upholstery - Shape retention of cushioning materials - Improved durability of areas prone to wear 【Benefits of Implementation】 - Lightweight due to being a fiber material, helping to reduce the overall weight of the product - Sewable, making it easier to accommodate complex furniture shapes - Suitable for industrial washing, offering excellent maintenance properties

• Cushioning material
• fiber

In the joints of sportswear, durability against intense movements and a comfortable fit during wear are required. Particularly in areas where the joints undergo repeated bending and stretching, a moderate stiffness that prevents fabric sagging while not hindering body movement is essential. Conventional resin core materials can be too rigid or suffer from degradation due to washing, but our knitted core material (soft) balances the flexibility and durability unique to fiber materials, contributing to the enhancement of sportswear functionality. 【Usage Scenarios】 - Reinforcement of joint areas with frequent bending movements, such as elbows and knees - Core material for areas where maintaining the shape of the garment is desired - Reinforcement of parts in competitive wear where lightweight properties are required 【Benefits of Implementation】 - As a fiber material, it naturally conforms to joint movements - Dimension stability that can withstand industrial washing, supporting product lifespan - Lightweight and excellent quick-drying properties, maintaining comfort during sports activities

• Cushioning material
• fiber

In the field of caregiving supplies, there is a demand for moderate stiffness to facilitate the dressing and undressing of users, as well as for the shape retention of garments to make them easier for caregivers to handle. Particularly in caregiving environments where frequent washing is necessary, materials that are resistant to deformation, lightweight, and quick-drying are essential. Our "Knit Core Material (Soft)" possesses the stiffness and resilience of resin while being a fiber material, making it suitable as a structural material to support the dressing and undressing of caregiving clothing. 【Usage Scenarios】 - Reinforcement of collars and front openings of garments to facilitate dressing and undressing - Shape retention of caregiving wear that requires frequent washing - Lightweight caregiving supports and fixtures 【Benefits of Implementation】 - Improved dimensional stability due to industrial washing and repeated laundering - Lightweight due to being a fiber material, reducing the burden on users - Excellent quick-drying properties, making daily maintenance easy - Sewable, allowing for smooth integration into existing caregiving clothing

• Cushioning material
• fiber

In the pet supplies industry, durability that can withstand pet bites, scratches, and wear from everyday use is essential. Particularly for products like pet clothing and beds that require frequent washing, materials that maintain their shape and cleanliness after repeated washes are indispensable. Our "Knit Core Material (Soft)" is a fiber material that possesses the firmness and resilience of resin, contributing to the maintenance of product shape and improved durability. 【Usage Scenarios】 - Reinforcement of collars and cuffs in pet clothing - Shape retention for pet beds and mats - Core material for pet carrier bags 【Benefits of Implementation】 - Improved dimensional stability due to industrial washing and repeated laundering - Lightweight due to being a fiber material, reducing the burden on pets - Excellent quick-drying properties, making it easier to maintain hygienic conditions - Sewable, making it easy to incorporate into existing manufacturing lines

• Cushioning material
• fiber

In the field of industrial materials, there is a demand for lightweight products and ease of processing while complementing the tensile strength of components. Particularly in environments where repeated loads are applied or dimensional stability is emphasized, the durability and processability of materials significantly affect product quality. Our "Knit Core Material (Soft)" is a fiber material that possesses a resin-like stiffness, making it suitable as a reinforcing material to complement tensile strength. 【Usage Scenarios】 - Complementing the tensile strength of industrial materials - Core material for components requiring lightweight design - Structures that require joining through sewing 【Benefits of Implementation】 - Lightweight due to being a fiber material, contributing to overall weight reduction of the product - Sewable, making it easy to integrate into existing manufacturing processes - Dimensional stability that withstands industrial washing, supporting long-term quality maintenance

• Cushioning material
• fiber

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

• Other packaging materials
• Composite Materials

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

• Other packaging materials
• Composite Materials

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

• Other packaging materials
• Composite Materials

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

• Other packaging materials
• Composite Materials

In the logistics industry, it is essential to prevent cargo shifting during transport and to deliver goods safely and reliably. Particularly in operations under temperature changes and harsh environments, it is important that the elasticity of securing materials is maintained and that aging deterioration is minimal. Deterioration of materials and a decrease in elasticity can lead to accidents caused by cargo shifting and a reduction in work efficiency. Our silicone shock cord, which uses silicone yarn as its core material, has stable elasticity that is less affected by environmental changes, making it suitable for cargo shifting prevention measures in logistics settings. 【Usage Scenarios】 - Securing cargo during truck transport - Simple securing of palletized goods in warehouses - Fixing protective sheets for outdoor storage materials 【Benefits of Implementation】 - Suppresses the decrease in elasticity due to temperature changes, maintaining stable securing power - Less affected by seawater and chlorine-treated water, reducing deterioration even in outdoor environments - Retains elasticity even with repeated use

• Other packaging materials
• Composite Materials

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

• Other packaging materials
• Composite Materials

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

• Other packaging materials
• Composite Materials

In the aerospace industry, it is required to maintain the airtightness and flexibility of components over long periods, even under extreme temperature changes and environmental conditions. Particularly for gasket applications, the deterioration or rupture of materials due to heat or cold directly impacts product reliability, making high environmental resistance essential. Our silicone knit rubber uses silicone yarn as the core material, allowing it to retain elasticity even in extreme temperature environments and suppress aging deterioration. 【Application Scenarios】 - Gaskets for maintaining airtightness in aircraft and space equipment - Cushioning materials in environments with drastic temperature changes - Fixed components of narrow-width fibers requiring weather resistance 【Benefits of Implementation】 - Maintenance of stretch resistance through high-temperature heat treatment - Retention of flexibility in sub-zero environments - Reduction of aging deterioration against seawater and chlorinated water

• Composite Materials
• Cushioning 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

• Other packaging materials
• Composite Materials

In the installation of windbreak nets in the agricultural sector, it is essential to maintain the shape of the net even when exposed to strong winds and environmental changes, ensuring a stable windbreak effect. In particular, sagging or deformation of the net can lead to a decrease in windbreak performance, making it crucial to have components with appropriate tension and durability. Our knitted core material (hard) is resistant to deformation even under long-term installation conditions, supporting the maintenance of the net's shape. 【Usage Scenarios】 - Use as a reinforcement material for windbreak nets - Structural components to maintain the tension of the net - Stabilization of the net's shape in outdoor environments 【Benefits of Implementation】 - Maintains tension over long periods, contributing to the stabilization of windbreak performance - Ensures a certain level of strength due to the polyester material - Allows for specification changes according to application needs through hardness adjustments with resin impregnation.

• Other safety and hygiene products
• Composite Materials

In the logistics industry, cushioning materials that can maintain a stable shape are required to protect products during transportation. Particularly in the packaging of heavy items and precision equipment, it is essential that the material does not deform under external pressure and continues to maintain a consistent thickness. Inappropriate cushioning materials can lead to product damage or cargo collapse during transport. Our "Knit Core Material (Hard)" possesses high strength despite being knitted, and can maintain tension and thickness for extended periods, making it suitable for use as packaging material. 【Usage Scenarios】 - Filling gaps during the transportation of heavy items and precision equipment - Cushioning material for securing products inside packaging boxes - Core material for packaging materials that require shape retention 【Benefits of Implementation】 - Maintains thickness even during long transportation, providing stable protection for products - Achieves optimal cushioning performance tailored to applications through hardness adjustment via resin impregnation - Offers stable quality with 100% polyester material

• Other safety and hygiene products
• Composite Materials

In the aerospace industry, reducing the weight of aircraft and structures and maintaining shape stability under harsh conditions are extremely important. Deformation of components and lack of strength are directly linked to the overall reliability of the structure, so materials that are lightweight yet maintain rigidity are in demand. Our knitted core material (hard) has high strength despite being a knit and plays a role in supporting the shape retention of structural materials. 【Usage Scenarios】 - Use as a lightweight core material for aircraft interior materials - Reinforcement material to maintain the shape of structures - Structural support for areas where weight reduction is required 【Benefits of Implementation】 - Contribution to weight reduction with 100% polyester material - Suppression of long-term deformation, maintaining structural stability - Ability to secure rigidity according to application through hardness adjustment with resin impregnation

• Other safety and hygiene products
• Composite Materials

In the sports equipment industry, the manufacturing of protectors requires strength to protect the body from impacts and shape retention performance that can withstand prolonged use. Especially in sports that involve intense movements, deformation or wear of the core material can lead to a decline in product functionality. Our "Knit Core Material (Hard)" offers high strength while being knitted, allowing it to maintain the product's firmness and thickness over extended periods, thereby contributing to the stability of the protector's performance. 【Usage Scenarios】 - Internal core material for sports protectors - Shape-retaining frame for shock-absorbing materials - Reinforcement for protective gear used in intense sports 【Benefits of Implementation】 - Maintains the shape of the protector even after prolonged use, making it resistant to deformation - Stable quality due to 100% polyester material - Ability to secure rigidity according to application through hardness adjustment via resin impregnation

• Other safety and hygiene products
• Composite Materials

In the furniture industry, it is required that upholstery for sofas and chairs maintains its beautiful appearance without losing shape even after long-term use. Especially in areas that bear weight, such as the seat and backrest, reinforcement materials are essential to maintain the tension of the upholstery. If the reinforcement is insufficient, it can lead to sagging or deformation of the fabric, resulting in a decline in product quality. Our "Knit Core Material (Hard)" has high strength despite being knitted, and it contributes to maintaining the shape of the furniture by supporting the upholstery from the inside. 【Usage Scenarios】 - Reinforcement of upholstery for sofa and chair seats and backrests - Shape maintenance of cushioning materials - Prevention of fabric sagging due to long-term use 【Benefits of Implementation】 - Long-lasting retention of upholstery tension and thickness - Suppression of product deformation, maintaining appearance quality - Customizable thickness and width according to application

• Other safety and hygiene products
• Composite Materials

In automotive interior design, high rigidity and durability that maintain shape and do not compromise aesthetics are required even under long-term usage conditions. Particularly in reinforced areas of interior materials, stable tension that can withstand vibrations and temperature changes is essential. Our knitted core material (hard) has excellent strength while being a knit, supporting the shape retention of interior materials. 【Application Scenarios】 - Shape reinforcement of automotive interior parts - Maintenance of tension in seats and door trims - Core material for interior components where deformation needs to be prevented 【Benefits of Implementation】 - Shape retention performance that is resistant to deformation even with prolonged use - Stable quality from 100% polyester material - Rigidity can be secured according to design through hardness adjustment with resin impregnation

• Other safety and hygiene products
• Composite Materials

In the apparel industry, it is essential to maintain the shape using appropriate core materials to accurately express the design intent and preserve the silhouette when worn. Particularly, preventing distortion and maintaining firmness and resilience during repeated wear and washing is crucial for product quality. Insufficient shape retention can lead to silhouette distortion and a decline in quality. Our knit core material (hard) plays a role in supporting the structure of garments due to its excellent strength and retention. 【Usage Scenarios】 - Shape retention of collars and front plackets of jackets and coats - Core materials for fashion accessories such as bags and hats - Reinforcement of areas where distortion needs to be prevented 【Benefits of Implementation】 - Ability to maintain silhouette even after long hours of wear - Stable quality due to 100% polyester material - Flexible adaptation to designs through hardness adjustment with resin impregnation

• Other safety and hygiene products
• Composite Materials

In the interior industry, covers for sofas and chairs require a strong adherence to prevent shifting during use and to maintain an attractive appearance. Particularly in environments where frequent removal and reattachment or heavy loads occur, it is essential to have a holding power that keeps the cover securely in place. A lack of holding power can lead to sagging or shifting of the cover, potentially compromising the comfort and appearance of the product. Our power-woven rubber is suitable for maintaining the adherence of covers, as it stretches under high loads and has excellent recovery properties even after repeated use. 【Usage Scenarios】 - Securing covers for sofas and chairs - Maintaining adherence of cushion covers - Preventing shifting of furniture covers 【Benefits of Implementation】 - Firmly secures covers under high stress - Maintains shape easily even after repeated use, ensuring a lasting fit - Exhibits stable elasticity even in environments with heavy loads

• Other packaging materials
• fiber

In the manufacturing of correction bands in the beauty and health industry, stable holding power for proper body support and durability to withstand long-term use are required. Particularly when used on areas that bear load in accordance with body movements, material stretching or degradation may lead to a decrease in corrective effectiveness. Our power-woven rubber stretches even under high loads and has excellent repeated elongation recovery, making it suitable for designing correction bands that maintain stable support. 【Usage Scenarios】 - Manufacturing bands aimed at posture correction and body support - Fixed parts for health equipment requiring high holding power - Correction products related to fitness that require repeated stretching 【Benefits of Implementation】 - Maintains stable support power of products due to materials that can handle high loads - Contributes to improved durability of products through excellent elongation recovery - Available in sizes of 25mm and 50mm to suit various applications

• Other packaging materials
• fiber

In the pet supplies industry, elasticity that does not hinder the comfortable movement of pets and durability that can withstand repeated wear are essential. Especially for active pet wear, materials that can flexibly respond to joint movement and changes in body size while being resistant to deformation are indispensable. Insufficient elasticity and durability can lead to stress for pets and early deterioration of the products. Our power-woven rubber stretches under high loads and has excellent recovery from repeated stretching, contributing to the functionality of pet wear. 【Usage Scenarios】 - Stretchable parts for active pet wear - Reinforcement and fit adjustment for large dog wear - Pet clothing expected to be put on and taken off repeatedly 【Benefits of Implementation】 - Elasticity that accommodates high loads makes it less likely to hinder pet movement - Excellent recovery from stretching helps prevent product deformation - Selection of high-strength materials supports improved durability of products

• Other packaging materials
• fiber

In the military and tactical equipment industry, it is essential to securely fix equipment and maintain stability even in harsh environments. Particularly when handling intense movements or heavy gear, insufficient elasticity and durability of retention materials can lead to issues such as equipment detachment or misalignment. Our power-woven rubber stretches under high loads and exhibits excellent recovery even after repeated use, ensuring reliable equipment retention. 【Usage Scenarios】 - Fixing equipment to tactical vests and belts - Supporting the retention and carrying of heavy equipment - Stabilizing gear in environments involving intense movements 【Benefits of Implementation】 - Demonstrates stable holding power against heavy objects due to high stress (approximately 900N) - Maintains shape easily even after repeated use, supporting the reliability of equipment - Smoothly assists in the attachment and adjustment of equipment due to elasticity according to load.

• Other packaging materials
• fiber

In the stockpiling site for disaster prevention supplies, it is essential to organize and secure the stockpiled items to ensure a rapid response in emergencies, keeping them stored in a stable condition. Particularly when bundling heavy stockpiled items, materials that can prevent deterioration over time and loosening due to weight are indispensable for reliable retention. Inadequate securing can lead to collapses during storage or difficulties in retrieval during emergencies. Our power-woven rubber is suitable for bundling stockpiled items as it stretches under high loads and has excellent recovery properties after repeated stretching. 【Usage Scenarios】 - Bundling and securing heavy stockpiled items and emergency supplies - Preventing collapses of stockpiled items on storage shelves - Consolidating materials during emergency transport 【Benefits of Implementation】 - Capable of stably holding stockpiled items under high loads - Maintains recovery properties even after repeated use, contributing to long-term stock management - Improves storage space efficiency and ease of retrieval during emergencies through proper bundling

• Other packaging materials
• fiber

In the logistics and packaging industry, it is essential to prevent cargo shifting during transportation and to deliver goods safely and reliably. Especially when handling heavy or unstable-shaped items, traditional securing materials may lack holding power, leading to issues such as damage from shifting and decreased work efficiency. Our "Power Woven Rubber" demonstrates stable elasticity even under high loads, securely holding the cargo and supporting safety during transportation. 【Usage Scenarios】 - Simple securing of palletized goods - Temporary securing of items within logistics warehouses - Measures to prevent cargo shifting during transportation 【Benefits of Implementation】 - Firmly holds cargo under high stress - Maintains excellent recovery elasticity even after repeated use - Enables quick securing tasks at the work site

• Other packaging materials
• fiber

In the automotive interior industry, it is required to maintain stable tension over a long period for seat retention and structural integrity. Particularly for seat components that support occupants, it is crucial to prevent elongation and loss of retention force due to aging. Inappropriate material selection can affect the comfort and safety of the seat. Our power-woven rubber is suitable for seat retention applications as it stretches under high loads and has excellent recovery from repeated elongation. 【Usage Scenarios】 - Retention components in the internal structure of automotive seats - Fixing interior parts subjected to high loads 【Benefits of Implementation】 - Maintenance of stable stretch performance under high loads - Improved durability due to excellent recovery from repeated use

• Other packaging materials
• fiber

In the sports equipment industry, maintaining stable compression is essential for body support and performance enhancement. Especially in environments with intense movement or high loads, the elasticity and durability of rubber materials significantly affect the functionality of products. If the elastic recovery is insufficient, prolonged use may lead to a decrease in compression, potentially resulting in the expected support effects not being achieved. Our power-woven rubber stretches even under high loads and maintains excellent elastic recovery even after repeated use, making it suitable for the design of sports equipment that requires stable compression. 【Usage Scenarios】 - Strengthening the support functions of sportswear - Maintaining compression in supports and braces - Securing parts of sports gear subjected to high loads 【Benefits of Implementation】 - Maintaining stable compression in high-load environments - Reducing deterioration from repeated use, preserving product functionality - Enhancing support capabilities through designs that accommodate high loads

• Other packaging materials
• fiber

In the support fixation for medical and nursing care settings, high retention force is required to stabilize the affected area, along with durability that can withstand long hours of use. Particularly in areas subjected to loads due to body movement, the elasticity and recovery of rubber are directly linked to the stability of the product. Our power-woven rubber maintains stable elasticity even under high loads and exhibits excellent recovery even after repeated use, making it suitable for support fixation applications. 【Usage Scenarios】 - Fixation belts for medical supports - Retention of equipment in nursing care settings - Support fixation for areas with significant body movement 【Benefits of Implementation】 - Supports stable fixation of the support due to high stress - Maintains recovery even after repeated use, allowing for long-term operation - Available in sizes of 25mm and 50mm, enabling selection based on application needs

• Other packaging materials
• fiber

In the apparel industry, appropriate fit and durability are required to maintain the wearing comfort and silhouette of products. This is especially important for sportswear and functional clothing, where the ability of materials to return to their original shape without overstretching is crucial, even in environments with intense movement and stress. A lack of elasticity or premature deterioration can lead to a decline in product functionality and a worsening of wearing comfort. Our power-woven rubber stretches under high loads and excels in recovery after repeated use, contributing to a stable fit. 【Usage Scenarios】 - Improving the fit of waistbands and cuffs in sportswear - Materials for clothing that require high retention strength - Functional clothing expected to undergo repeated stretching 【Benefits of Implementation】 - Maintaining a stable fit in high-stress environments - Excellent recovery from repeated use - Enhancing product functionality and ensuring durability

• Other packaging materials
• fiber

In the field of agricultural machinery, operations are required to be conducted in harsh outdoor environments and around heat sources near engines. In particular, components used in movable parts and near heat sources must have high heat resistance and dimensional stability. Breakage due to deterioration or deformation from heat can lead to machine downtime and increased maintenance frequency. Our aramid fiber flame-retardant cord offers excellent heat resistance and chemical resistance, contributing to improved durability in harsh environments. 【Usage Scenarios】 - Wiring bundling and securing around engines - Holding and securing parts near heat sources - Bundling in areas requiring weather resistance for outdoor operations 【Benefits of Implementation】 - Suppression of thermal deformation and extension of component lifespan due to heat resistance - Reduction of deterioration when exposed to pesticides and oil due to chemical resistance - Maintenance of fixing strength due to thermal dimensional stability

• fiber

In stage lighting environments, managing high temperatures due to prolonged lighting and heat around equipment is extremely important for safety management. To reduce material degradation from heat and the risk of fire, materials with high heat resistance and dimensional stability are required. Our flame-retardant cables use aramid fibers (Keenex), which are also used in firefighting suits, and possess properties that make deformation and melting due to heat unlikely. 【Usage Scenarios】 - Cables for hanging or securing lighting fixtures - Cable bundling and protection near heat sources - Securing parts of stage equipment that require heat resistance 【Benefits of Implementation】 - Reduces the risk of cable melting or dripping due to heat - Minimizes the generation of smoke and harmful gases during combustion, enhancing safety - Maintains shape over long-term installations due to excellent thermal dimensional stability

• fiber

In defense-related fields and harsh environments, materials are required to have high heat resistance and stable quality. Especially in situations where there is a possibility of exposure to fire or chemicals, the thermal dimensional stability of the material and ensuring safety in case of emergencies are essential. Inappropriate material selection can lead to equipment damage and operational risks. Our flame-retardant cord uses aramid fiber (Koneks), which is also used in firefighting suits, offering excellent heat resistance and chemical resistance, supporting operations in harsh environments. 【Application Scenarios】 - Equipment securing and bundling in harsh environments - Components of equipment requiring heat resistance - Material use in sites where chemical exposure is a concern 【Benefits of Implementation】 - Thermal dimensional stability maintains shape even in harsh environments - Improved safety due to material properties that resist melting and dripping - Selection of materials that reduce smoke and harmful gases during combustion

• fiber

In the energy industry, the heat resistance and insulation performance of materials are extremely important for maintaining the safety and reliability of equipment. Especially in high-temperature environments and around electrical equipment, selecting materials that reduce the risk of fire and ensure stable operation is essential. The use of inappropriate materials can lead to equipment failure or serious accidents. Our flame-retardant cord utilizes aramid fibers (Keenex), which are also used in firefighting suits, providing high heat resistance and thermal dimensional stability, making it suitable for insulation and bundling applications. 【Usage Scenarios】 - Bundling wires within electrical equipment - Fixing insulation materials in high-temperature environments - Protecting cables around heat sources 【Benefits of Implementation】 - Supports stable operation in high-temperature environments with superior heat-resistant materials - Contributes to maintaining a safe working environment by suppressing the generation of smoke and harmful gases during combustion - Reduces the risk of secondary damage during a fire due to its properties that resist melting and dripping

• fiber

In the robotics industry, with the diversification of operating environments, the reliability and durability of wiring are increasingly demanded. In particular, in high-temperature environments and sites where chemicals are used, the insulation of wiring is prone to deterioration, posing risks of operational stoppage and failure due to wire breakage. Our flame-retardant cables utilize aramid fibers (Keenex), which are also used in firefighting suits, providing excellent heat resistance and chemical resistance to protect wiring and support stable operation. 【Usage Scenarios】 - Wiring protection around welding robots - Cable bundling for industrial robots operating in high-temperature environments - Robot wiring in manufacturing lines that use chemicals 【Benefits of Implementation】 - Suppression of thermal degradation of wiring due to heat resistance - Prevention of insulation damage due to chemical resistance - Improved safety due to material properties that are less prone to melting or dripping

• fiber

In the operation of data centers, managing wiring within server racks and securing equipment are essential safety measures to minimize fire risks. In the event of an emergency, highly flame-retardant materials are required to mitigate the impact on equipment and prevent the spread of fire. Our flame-retardant cables utilize aramid fibers, which are also used in firefighting gear, providing high heat resistance and safety, making them suitable for securing important wiring and equipment within data centers. 【Usage Scenarios】 - Cable bundling within server racks - Securing and organizing wiring for communication equipment - Fixing materials in equipment where fire resistance is required 【Benefits of Implementation】 - Flame-retardant materials reduce the risk of fire spread in the event of a fire - Properties that resist melting and dripping help suppress the potential for secondary damage - Reducing the generation of smoke and harmful gases during combustion contributes to maintaining a safe environment

• fiber

In the manufacturing and operational environments of medical devices, ensuring the safety and reliability of the equipment is extremely important. Particularly in environments dealing with heat sources and electrical systems, selecting materials that reduce the risk of overheating and fire is essential. Our flame-retardant cord uses aramid fibers (Keenex), which are also used in firefighting suits, providing excellent heat resistance and flame retardancy, thereby contributing to the safety of medical devices. 【Application Scenarios】 - Fixing and bundling wiring inside medical devices - Securing materials around heat-generating equipment - Using materials in medical environments where chemical resistance is required 【Benefits of Implementation】 - Improved safety of equipment through the use of flame-retardant materials - Suppression of aging changes due to thermal dimensional stability - Reduced fire risk due to properties that make melting and dripping difficult

• fiber

In the home appliance industry, ensuring product safety requires strong demands for the heat resistance and flame retardancy of internal wiring and components. Particularly in areas close to heat sources or where electrical loads are applied, selecting materials that can suppress flame spread in the event of abnormal heating is essential. Inappropriate material selection can pose risks related to product safety. Our flame-retardant cord uses aramid fibers (Keenex), which are also used in firefighting gear, providing high heat resistance and flame retardancy, making it a suitable material for fire prevention measures in home appliances. 【Usage Scenarios】 - Fixing and bundling internal wiring of home appliances - Holding components near heat sources - Measures to prevent flame spread during abnormal heating 【Benefits of Implementation】 - Supports product safety with high heat resistance from aramid fibers - Reduces the generation of smoke and harmful gases during combustion - Difficult to melt or drip, thereby reducing the risk of secondary damage

• fiber

In the railway industry, it is extremely important to ensure the safety of passengers and equipment by preventing the spread of fire in the event of an emergency through fire safety measures in vehicles and facilities. Especially in the enclosed space of a vehicle, it is essential to suppress the generation of smoke and harmful gases during a fire, and materials that do not melt or drip are required. Our flame-retardant code uses aramid fibers (such as Kevlar), which are also used in firefighting suits, and possesses high heat resistance and thermal dimensional stability, making it suitable as a safety material for railway vehicles. 【Usage Scenarios】 - Fixing materials inside railway vehicles - Retaining and bundling interior materials of vehicles - Organizing wiring around equipment where fire safety measures are necessary 【Benefits of Implementation】 - Suppresses the generation of smoke and harmful gases during combustion, enhancing safety - Difficult to melt or drip, reducing the risk of secondary damage during a fire - Resistant to chemicals, making it less prone to deterioration even after long-term installation

• fiber

In the aerospace industry, extremely high heat resistance and flame retardant performance are required to ensure safety within the aircraft. Particularly in enclosed spaces and around electrical systems, it is essential to select materials that can suppress the spread of fire and minimize the generation of smoke and harmful gases in the event of a fire. Our flame-retardant cord uses aramid fibers (Keenex), which are also used in firefighting suits, and it exhibits minimal dimensional changes due to heat, contributing to safety measures in harsh environments. 【Usage Scenarios】 - Wiring bundling and securing inside the aircraft - Materials for securing insulation and equipment - Reinforcement of structural components where flame retardancy is required 【Benefits of Implementation】 - Reduced risk of flame spread due to flame-retardant materials - Improved safety by suppressing smoke and harmful gas generation during combustion - Shape retention in harsh environments due to thermal dimensional stability

• fiber

In the automotive industry, there is a strong demand for heat resistance and durability around wiring to ensure vehicle safety and reliability. This is especially critical in high-temperature environments such as engine compartments, as well as in areas where vibration and friction occur, where the thermal stability of protective materials for wiring is essential. The use of inappropriate protective materials can lead to deterioration of wire insulation and the risk of short circuits. Our flame-retardant cable is made from aramid fibers (Keenex), which are also used in firefighting suits, providing high heat resistance and thermal dimensional stability, making it suitable for wiring protection applications. 【Usage Scenarios】 - Bundling and protecting wiring in the engine compartment - Protecting cables in high-temperature environments - Protecting wiring in areas where vibration or friction is expected 【Benefits of Implementation】 - Excellent heat resistance from aramid fibers protects wiring - Thermal dimensional stability maintains shape even in high-temperature environments - Material properties that resist melting and dripping contribute to safety

• fiber