[Hot Item] Indutrial-Level High-Abrasion-Resistant Cut-Resistant Lightweight Protective Suit System for Chemical Hazards

This comprehensive personal protective equipment (PPE) system is engineered for maximum safety, comfort, and performance in challenging environments involving low concentrations of industrial toxic chemicals, biological agents, and radioactive aerosols.

Key System Advantages:

• Lightweight & Mobile: Total system weight ≤ 3.1 kg, enhancing operational endurance.

• Wide Operational Range: Certified for use in temperatures from -25°C to +40°C.

Component Highlights:

• Filtering Respirator: Effectively isolates the wearer's nose and mouth from contaminated air. It features a low breathing resistance (≤140 Pa) and a high-efficiency filter (≥99.97%) with extended service life against a wide spectrum of chemical threats including benzene, cyanogen chloride, chlorine, and ammonia.

• Protective Goggles: Made from medical-grade silicone rubber for superior skin compatibility (non-toxic, non-irritating, and non-sensitizing). They offer excellent optical clarity (luminous transmittance ≥ 0.85), along with high resistance to abrasion, impact, fogging, and flames.

• Protective Suit: The core fabric utilizes a composite membrane technology that provides robust protection against solid particulates (≥99% efficiency) and liquid penetration (≥50 kPa hydrostatic pressure). Its intelligent micro-porous design ensures exceptional moisture vapor transmission (≥2500 g/m²/24h), effectively dissipating body heat and moisture to significantly reduce heat stress during prolonged wear.

• Protective Gloves: Engineered from high-strength fabric and advanced film, these gloves offer superior resistance to abrasion (2000+ cycles), cutting (Level 3), puncture (≥120 N), and tear. They provide reliable permeation resistance against aggressive chemicals like sulfuric acid, sodium hydroxide, and toluene. An elasticized cuff ensures a secure, systematic seal with the protective suit sleeves.

• Protective Boots: Constructed via a one-piece polymer injection molding process, the boots are inherently durable and offer excellent puncture resistance. They withstand permeation from industrial chemicals for over 120 minutes and perform reliably in extreme conditions, from -40°C cold to direct flame exposure, while maintaining strong anti-slip and anti-abrasion properties.