Gowns and overalls we produce; used for protection from less hazardous materials and prevention of contamination. All medical products has been designed to protect medical experts and users from hazardous chemical liquid wastes that may splash on the person and simple toxins or virus particles in the air. Our products are category III and comply with the protective clothing standards detailed below against dust particles and certain liquid chemical/body fluid splashes.
TYPE 5: EN 13982-1:2004+A1:2010
TYPE 6: EN 13034:2005+A1:2009
EN 530 Abrasion Resistance
EN ISO 7854 Flexible Cracking
EN ISO 9073-4 Tear Resistance
EN ISO 13934-1 Tensile Strength
EN 863 Puncture Strength
EN 1149-5:2008 Inner and Outer Surface Resistance
Protection: It acts as a barrier against particles, sprays and splashes.
Durability: Very resistant to tearing and abrasion. It preserves its structure under difficult conditions, so its protection performance does not decrease during use.
Comfort: Since the fabric used is permeable to air and water vapor, it allows the fabric to breathe. It is very light, soft and flexible.
Fiber Free: It is not lint because it consists of endless PP fiber.
Contamination Free: Made of high density pure polyethylene. It does not allow contamination (external contamination) since it does not contain filler, adhesive, binder or silicone.
Antistatic: Both sides of the fabrics used in production has anti-static properties. If the grounding is done correctly, the problem of electrification is eliminated.
Particle Barrier: It is an important barrier against the passage of particles and fibers, as it consists of completely pure and endless fibers.
Resistant to Chemical Splashes: Resists water-based chemical and body fluid splashes up to 0.12 BAR pressure.
Water Repellent: It repels inorganic liquids thanks to its superior smooth surface resulting from production and makes it difficult for solid particles to adhere / attach to the fabric.
S – M – L – XL – XXL – XXXL
PES 40 gr/m2 + 20 gr/m2 PE Lamination
63 -86 gr (*) It is the sum of the weight of the fabrics produced in m².