Medical devices that require protection against exposure to light, moisture or oxygen are packaged in Steril medipac’s Polyethylene or Polyamide film... Read More
Steril Medipac’s Breather bags pouches are transparent bags made out of polyester/polyethylene films. They have a medical-grade paper ribbon insert em... Read More
Medical devices that are photosensitive or require high moisture resistance are packaged in Steril Medipac’s Aluminium foil-based pouches. Aluminium f... Read More
Tyvek® is made of high-density polyethylene (HDPE). Its unique labyrinth made out of layered filaments creates a tortuous maze for micro – organisms w... Read More
Tyvek® Sterilization rolls are made out of Tyvek® membrane on the bottom web and transparent peelable film on the top web in compliance with EN 868-9... Read More
Sterilization pouches are made from certified medical grade paper with 60 - 70 gsm paper on the bottom web heat-sealed with PET/PP copolymer film on t... Read More
Steril Medipac heat-sealable sterilization reels are available in a width of 5cm – 45cm. These reels are made from transparent PET/PP multi-layer copo... Read More
High Oxygen and Water Vapour Barrier Pouches are specially developed packaging solutions for medical devices, pharmaceutical products, diagnostic kits... Read More
Sterilmedipac’s First Aid Plaster Packaging is made out of Paper coated with Pressure-sensitive Adhesive. Therefore it can be sealed closed by applyin... Read More
Vacuum packaging Pouches are specially designed sterile packaging solutions for orthopaedic implants and surgical devices. Manufactured using high-bar... Read More
Steril Medipac’s Aluminium Foil based laminates for packaging of sutures are multilayer structures combining layers of Polyester film, Paper, Aluminiu... Read More
Tyvek Sterilization Bags are high-performance sterile barrier packaging solutions specially designed for pharmaceutical and healthcare applications re... Read More
Coated DupontTM Tyvek® medical packaging film is a highly preferred sterile packaging substrate because of its very high microbial barrier as well com... Read More