Job-Specific Insole for Construction Roofers

Description:

This job-specific insole integrates antimicrobial ZnO fabric, moisture-managing hydrogels, thermal-buffering foams, and flexible slip-resistant silicone to enhance comfort, safety, and health for roofing professionals. It addresses occupational challenges such as heat stress and musculoskeletal pain by combining multiple advanced materials in a durable, breathable, and cooling design.

 

Key Advantages:

  • Provides antimicrobial protection to prevent odor and infections.
  • Enhances moisture exchange and durability through microporous encapsulation.
  • Offers cooling and moisture management with hydrogel components.
  • Improves thermal buffering and insole strength via phase change materials and reinforced foams.
  • Delivers flexibility and slip resistance for safer footing on roofs.
  • Specifically tailored to reduce roofing-related musculoskeletal disorders and heat stress.

 

Problems Solved:

  • Work-related musculoskeletal disorders common in roofing professionals.
  • Heat stress and discomfort during prolonged roofing tasks.
  • Foot odor and microbial contamination in challenging outdoor environments.
  • Limited durability and performance of traditional insoles under roofing conditions.

 

Market Applications:

  • Footwear manufacturers targeting construction and roofing industries.
  • Occupational health and safety products for outdoor workers.
  • Foot clinics specializing in work-related foot care and ergonomics.
  • Personal protective equipment suppliers for construction professionals.

 

Patent Information:
For Information, Contact:
Robert Reis
Licensing Associate
Texas State University - San Marcos
svj24@txstate.edu
Inventors:
Rujan Kayastha
Jitendra Tate
Krishna Kisi
Keywords:
Engineering
Occupational Health and Safety
Wearable Technology
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