Taiwan K.K. Corporation

Blaze of Glory - Premium

Blaze of Glory - Premium

Protection of the wearer is our foremost mission, and Premium exceeds this goal. We learn from actual feedbacks and experiences from firefighter who risk their life to save lives and enhance the ability of suits to the maximum.

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TWFD® T-shirt

TWFD® T-shirt

Self-owned fabric brands, TWFD® guarantees quality and origin of materials. The T-shirt is of good quality for moisture perspiration and will soon be ready for purchase on Taiwan PChome online shop.

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[20240312] Comparative Analysis of Outer Shell Composed of High-Performance Fibers: PBO, PBI, and Para-Aramid | Flame Resistant Fabrics & Fire Resistant Fabrics Manufacturer | Taiwan K.K. Corporation

Based in Taiwan since 1999, Taiwan K.K. Corporation has been a flame resistant and fire retardant clothing manufacturer. Their main products, include [20240312] Comparative Analysis of Outer Shell Composed of High-Performance Fibers: PBO, PBI, and Para-Aramid, fire fighting garments, protective clothing, fire retardant fabrics, fire resistant clothing, flame retardant fabrics and fire retardant clothing, which has inherently fire-resistant textiles such as KANOX® & MAZIC® fabrics, as well as SUPER ARMOR fire fighting suits.

KANOX® FR Fabrics / SUPER ARMOR Turnout Gears is a Taiwan fire fighting garment and clothing supplier providing high performance protective turnout gear, fire retardant clothing, flame retardant fabric, anti-static fabric, heat insulation firefighter clothing. With more than 20 years of experience in manufacturing fire fighting garment, protective clothing, fire retardant fabric, fire resistant clothing, flame retardant fabric, fire retardant clothing and more.

KANOX® FR Fabrics / SUPER ARMOR Turnout Gears has been offering customers protective fire resistant clothing for firefighters, both with advanced technology and 25 years experience, KANOX® FR Fabrics / SUPER ARMOR Turnout Gears ensures each customer's demands are met.

[20240312] Comparative Analysis of Outer Shell Composed of High-Performance Fibers: PBO, PBI, and Para-Aramid

2024/03/12 Taiwan K.K. Corp.

When applied to the outer shell of a firefighting suit, PBO, PBI, and para-aramid materials each offer distinct advantages and considerations in terms of performance. Here's a comparison:

1. PBO :

  • Strength and Durability: PBO exhibits exceptional tensile strength and durability, making it suitable for applications where ruggedness is crucial.  It can withstand mechanical stresses encountered in firefighting scenarios.
  • Thermal Resistance: PBO offers high thermal stability, resisting heat and flame effectively.  This property is essential in firefighting gear to protect against radiant heat and flames.
  • Low Stretch: PBO's low elongation prevents excessive stretching of the fabric under load, maintaining the integrity of the suit over time.

2. PBI :

  • Flame Resistance: PBI is renowned for its flame resistance, making it an excellent choice for firefighting suits.  It does not melt or drip when exposed to flames, providing added safety to the wearer.
  • Thermal Stability: PBI maintains its properties at high temperatures, ensuring reliable performance in extreme firefighting conditions.

3. Para-Aramid :

  • High Strength and Abrasion Resistance: Para-aramid fibers like Kevlar offer high strength and excellent resistance to abrasion, providing durability and protection against wear and tear in firefighting environments.
  • Flexibility: Para-aramid fabrics are flexible, allowing for ease of movement, which is important for firefighters during operation.
  • Chemical Resistance: Para-aramids exhibit resistance to various chemicals, which can be advantageous in situations where exposure to hazardous substances is a concern.

In summary, each material offers unique benefits when applied to the outer shell of firefighting suits.  PBO provides exceptional strength and thermal resistance, PBI offers superior flame resistance and thermal stability, while para-aramid materials like Kevlar excel in strength, abrasion resistance, and flexibility.  The choice depends on balancing these factors with the specific requirements and priorities of the firefighting application.