Tyvek® IsoClean® IC270B cleanroom frocks offer an exceptional balance of protection, durability, and comfort, specifically engineered for controlled environments where contamination control is critical. Manufactured using DuPont’s patented flash-spun high-density polyethylene, Tyvek® provides a robust, inherent barrier against particles, microorganisms, and light liquid splashes—without the risk of shedding or compromising strength.

Designed for advanced cleanroom operations, these frocks are clean-processed, achieving the lowest particle-shedding levels in the DuPont portfolio, making them ideal for Class 100, ISO 5, and GMP Grade A/B zones.

Key Features

• Bound seams reinforced with garment fabric minimize particle penetration.
• Elastic wrist openings ensure secure fit and reduced contamination risk.
• Bound neck design for lower particle shedding.
• Adjustable neck snap for improved comfort and fit.
• Body-length jacket style with front snap closures for fast donning/doffing.
• Clean-processed for very low particle shedding.
• Suitable for aseptic manufacturing, pharmaceutical production, biotech, microelectronics, laboratories, and critical cleanrooms.

Technical Specifications

• Material: Tyvek® IsoClean® (HDPE flash-spun)
• Cleanroom Classification: Class 100 / ISO 5 / EU GMP A/B
• Seam Type: Bound seams
• Closure: Press studs / snap closures
• Gender: Unisex
• Length: 99 – 114 cm (size dependent)
• Thickness: 185 µm
• Weight: 45 g/m²
• Water Resistance: 7 kPa
• Pockets: None
• Packaging: Double poly-bagged; case of 30 (subgrouped in 5s)
• Sterility: Clean-processed (not sterile unless otherwise specified)

Catalogue Numbers & Ordering Information

Tyvek® IsoClean® IC270B cleanroom frocks deliver industry-leading protection, excellent durability, and extremely low particle emission—making them an ideal garment solution for high-grade cleanrooms, GMP aseptic suites, and sensitive laboratory operations. Their combination of comfort, strength, and contamination control makes them a trusted choice for regulated environments.