APPLICATIONS
APPLICATIONS
01
HEROTEX
Mobility & EV Thermal Management
Thermal management is a critical requirement in mobility systems, particularly in electric vehicles and battery-related structures. Increased energy density and compact system design require materials capable of controlling heat transfer at the material level. HEROTEX™ can be applied to structural components, protective covers, interior materials, and thermal barriers where insulation, radiant heat control, and temperature stability are required. The coating-based system enables thermal control without significant weight increase, allowing use in mobility applications where efficiency, safety, and thermal stability must be maintained.
01
HEROTEX
Mobility & EV Thermal Management
Thermal management is a critical requirement in mobility systems, particularly in electric vehicles and battery-related structures. Increased energy density and compact system design require materials capable of controlling heat transfer at the material level. HEROTEX™ can be applied to structural components, protective covers, interior materials, and thermal barriers where insulation, radiant heat control, and temperature stability are required. The coating-based system enables thermal control without significant weight increase, allowing use in mobility applications where efficiency, safety, and thermal stability must be maintained.
01
HEROTEX
Mobility & EV Thermal Management
Thermal management is a critical requirement in mobility systems, particularly in electric vehicles and battery-related structures. Increased energy density and compact system design require materials capable of controlling heat transfer at the material level. HEROTEX™ can be applied to structural components, protective covers, interior materials, and thermal barriers where insulation, radiant heat control, and temperature stability are required. The coating-based system enables thermal control without significant weight increase, allowing use in mobility applications where efficiency, safety, and thermal stability must be maintained.
02
HEROTEX
Industrial & Safety
High-temperature working environments require materials capable of reducing heat exposure while maintaining durability and usability. Industrial workwear, protective equipment, and thermal barriers must perform under continuous radiant heat, elevated temperature, and harsh operating conditions. HEROTEX™ provides insulation, radiant heat blocking, and thermal buffering within the material structure, allowing protective performance without excessive thickness. Selective coating design allows thermal protection to be applied to critical areas while maintaining flexibility and breathability where required.
02
HEROTEX
Industrial & Safety
High-temperature working environments require materials capable of reducing heat exposure while maintaining durability and usability. Industrial workwear, protective equipment, and thermal barriers must perform under continuous radiant heat, elevated temperature, and harsh operating conditions. HEROTEX™ provides insulation, radiant heat blocking, and thermal buffering within the material structure, allowing protective performance without excessive thickness. Selective coating design allows thermal protection to be applied to critical areas while maintaining flexibility and breathability where required.
02
HEROTEX
Industrial & Safety
High-temperature working environments require materials capable of reducing heat exposure while maintaining durability and usability. Industrial workwear, protective equipment, and thermal barriers must perform under continuous radiant heat, elevated temperature, and harsh operating conditions. HEROTEX™ provides insulation, radiant heat blocking, and thermal buffering within the material structure, allowing protective performance without excessive thickness. Selective coating design allows thermal protection to be applied to critical areas while maintaining flexibility and breathability where required.
03
HEROTEX
Outdoor & Apparel
Outdoor products are exposed to changing environmental conditions where thermal control becomes as important as moisture protection. Direct sunlight, low temperatures, and high activity levels require materials capable of managing heat transfer without increasing weight or restricting movement. HEROTEX™ can be integrated into garments, footwear, and equipment to provide insulation, radiant heat control, and temperature stability within the material structure. The coating-based system allows the same thermal management technology to be applied to different fabric constructions depending on product design and performance requirements.
03
HEROTEX
Outdoor & Apparel
Outdoor products are exposed to changing environmental conditions where thermal control becomes as important as moisture protection. Direct sunlight, low temperatures, and high activity levels require materials capable of managing heat transfer without increasing weight or restricting movement. HEROTEX™ can be integrated into garments, footwear, and equipment to provide insulation, radiant heat control, and temperature stability within the material structure. The coating-based system allows the same thermal management technology to be applied to different fabric constructions depending on product design and performance requirements.
03
HEROTEX
Outdoor & Apparel
Outdoor products are exposed to changing environmental conditions where thermal control becomes as important as moisture protection. Direct sunlight, low temperatures, and high activity levels require materials capable of managing heat transfer without increasing weight or restricting movement. HEROTEX™ can be integrated into garments, footwear, and equipment to provide insulation, radiant heat control, and temperature stability within the material structure. The coating-based system allows the same thermal management technology to be applied to different fabric constructions depending on product design and performance requirements.
04
HEROTEX
Defense & Military
Military environments require control of both heat exposure and infrared visibility. Materials must reduce radiant heat, manage thermal emission, and maintain performance under extreme environmental conditions. HEROTEX™ enables infrared control, insulation, and thermal buffering within fabrics and equipment used for uniforms, covers, shelters, and protective systems. The coating structure can be adjusted to meet different operational requirements while maintaining consistent thermal control performance.
04
HEROTEX
Defense & Military
Military environments require control of both heat exposure and infrared visibility. Materials must reduce radiant heat, manage thermal emission, and maintain performance under extreme environmental conditions. HEROTEX™ enables infrared control, insulation, and thermal buffering within fabrics and equipment used for uniforms, covers, shelters, and protective systems. The coating structure can be adjusted to meet different operational requirements while maintaining consistent thermal control performance.
04
HEROTEX
Defense & Military
Military environments require control of both heat exposure and infrared visibility. Materials must reduce radiant heat, manage thermal emission, and maintain performance under extreme environmental conditions. HEROTEX™ enables infrared control, insulation, and thermal buffering within fabrics and equipment used for uniforms, covers, shelters, and protective systems. The coating structure can be adjusted to meet different operational requirements while maintaining consistent thermal control performance.
05
HEROTEX
Shelter & Architectural Systems
Thermal control is required in temporary structures, shelters, and architectural materials exposed to direct sunlight or extreme temperature conditions. HEROTEX™ can reduce heat transfer when applied to structural fabrics, covers, and surface materials where thermal protection is required. The coating can be applied selectively to exposed areas, allowing thermal blocking while maintaining ventilation where necessary. This zonal coating structure enables efficient thermal control without increasing material weight or thickness.
05
HEROTEX
Shelter & Architectural Systems
Thermal control is required in temporary structures, shelters, and architectural materials exposed to direct sunlight or extreme temperature conditions. HEROTEX™ can reduce heat transfer when applied to structural fabrics, covers, and surface materials where thermal protection is required. The coating can be applied selectively to exposed areas, allowing thermal blocking while maintaining ventilation where necessary. This zonal coating structure enables efficient thermal control without increasing material weight or thickness.
05
HEROTEX
Shelter & Architectural Systems
Thermal control is required in temporary structures, shelters, and architectural materials exposed to direct sunlight or extreme temperature conditions. HEROTEX™ can reduce heat transfer when applied to structural fabrics, covers, and surface materials where thermal protection is required. The coating can be applied selectively to exposed areas, allowing thermal blocking while maintaining ventilation where necessary. This zonal coating structure enables efficient thermal control without increasing material weight or thickness.
Proven Applications
Material performance is verified through defined test procedures and performance specifications.
HEROTEX™ materials are evaluated based on thermal insulation, radiant heat control,
and temperature stability according to the required application conditions.
Testing is conducted to confirm that the coating structure and material composition meet the specified performance level before production. Standardized verification allows the same thermal management capability to be reproduced across different materials and manufacturing processes. Performance validation ensures that the technology can be applied consistently in apparel,
equipment, industrial materials, and structural applications.
Certification and test-based evaluation are used to maintain reliability when the technology is produced in different locations or applied to different material structures.
HeroTex™ materials are evaluated based on thermal insulation, radiant heat control, and temperature stability according to the required application conditions.
Testing is conducted to confirm that the coating structure and material composition meet the specified performance level before production. Standardized verification allows the same thermal management capability to be reproduced across different materials and manufacturing processes. Performance validation ensures that the technology can be applied
consistently in apparel, equipment, industrial materials, and structural applications. Certification and test-based evaluation are used to maintain reliability when the technology is produced in different locations or applied to different material structures.
A Platform for
Thermal Performance
HEROTEX™ works with global partners across outdoor,
industrial, mobility, and defense sectors to develop
advanced thermal management applications.
A Platform for
Thermal Performance
HeroTex™ works with global partners
across outdoor, industrial, mobility, and
defense sectors to develop
advanced thermal management applications.