Laminatfolienbeutel | Hochbarriere-Beutel für Gamma- und Elektronenstrahlsterilisation
Laminatfolien-Beutel
Laminatfolien-Beutel sind flexible mehrschichtige Verpackungen für Medizinprodukte, Diagnostik-Kits, medizinische Verbrauchsmaterialien und Pharmaprodukte. Mit steuerbarer Sauerstoff- und Feuchtigkeitsbarriere sowie stabiler Siegelung schützen sie die Sterilität während Sterilisierung, Transport und Langzeitlagerung.
Einsatzbereiche
Allgemeine Medizinprodukte
Chirurgische Verbrauchsmaterialien
Diagnostik-Kits
Pharmazeutische Produkte
Produkteigenschaften
Regulierbare Barriereeigenschaften
Hervorragende Heißsiegelleistung
Gute Durchstichfestigkeit
Flexible Mehrschichtstruktur
Sterilisationskompatibilität
Gamma-Sterilisation
Elektronenstrahlsterilisation
EtO-Sterilisation
Individuelle Folienqualität
Material & Individualisierung
PET/NY/PE Verbundfolie
Aluminiumschicht optional
Größe & Druck individuell
ISO13485 Reinraumproduktion
ABOUT FACTORY
WELCOME TO BEST INDUSTRIAL BUSINESS
Martin provides 100% medical-grade virgin PETG blister trays produced in dust-free workshop. All materials have complete certification documents, stable batch consistency, and support customized deep-drawing, multi-cavity, anti-shake and anti-static structures.
Heat-sealable flat paper-aluminum pouches deliver superior product protection, excellent usability and high processing efficiency.
Featuring high structural strength and reliable bacterial barrier performance, the pouches effectively block microbial penetration and maintain stable sealing performance after radiation sterilization. Ideal for sterile medical device packaging and long-term storage.
Compliant with ISO 11607, EN 868 and GB/T 19633.
Additional applicable standards:
[1] GB/T 19633‑2005 Packaging for terminally sterilized medical devices
[2] GB/T 5402‑2003 Paper and board — Determination of air permeance (medium range) — Gurley method
[3] ISO/DIS 22611 Clothing for protection against infectious agents — Test method for resistance to penetration by microbial‑containing aerosols
[4] ASTM F 1980 Standard Guide for Accelerated Aging of Sterile Medical Device Packages
Compliant with ISO 11607, EN 868 and GB/T 19633.
Additional applicable standards:
[1] GB/T 19633‑2005 Packaging for terminally sterilized medical devices
[2] GB/T 5402‑2003 Paper and board — Determination of air permeance (medium range) — Gurley method
[3] ISO/DIS 22611 Clothing for protection against infectious agents — Test method for resistance to penetration by microbial‑containing aerosols
[4] ASTM F 1980 Standard Guide for Accelerated Aging of Sterile Medical Device Packages
DuPont Tyvek® pouches come in flat, 3D and reel formats.
Tyvek is 8‑times stronger than equal‑weight or heavier medical packaging paper. With great puncture resistance, it resists piercing from sharp, irregular edges of surgical instruments.
Supported sterilization: Ethylene Oxide (EtO) and Gamma irradiation. Contact us for other sterilization requirements.
Product Material: Dupont Tyvek® medical paper + PET/PE composite film
Dupont Tyvek® Reel Pouch is available in multiple product forms, including flat reel pouches and paper‑film reel pouches.
Tyvek® features eight‑times higher strength than medical‑grade packaging papers of equal or higher basis weight. It delivers excellent puncture resistance; even irregular edges and sharp cutting edges of many surgical instruments can hardly puncture it.
**Product Material**: Dupont Tyvek® medical paper + PET/PE composite film
Dupont Tyvek® Reel Pouch is available in multiple configurations, including flat reel pouches and three‑dimensional reel pouches.
Tyvek® delivers eight‑fold higher strength compared to medical‑grade packaging papers of equal or higher basis weight. It features outstanding puncture‑resistance; even irregular edges and sharp cutting edges of many surgical instruments are unlikely to puncture the material.
We have established a worldwide collaboration network, cooperating with raw material suppliers, technical institutes and distributors in over 20 countries and regions. Our cooperation centers on three core directions: co-developing medical-grade packaging materials, sharing advanced thermoforming manufacturing technology, and building a stable global supply chain to deliver custom medical packaging on schedule. We pursue win-win collaboration to achieve shared growth and sustainable value with all global partners.
