Bags are made for packaging medical devices before sterilization in order to preserve the sterility of these products after sterilization during their subsequent transportation and storage prior to their intended use.
Made of medical paper and film.
DGM Steriguard® bags meet the requirements for medical sterilization packaging materials GOST ISO 11607 "Packaging for terminally sterilized medical devices" and European standard EN 868 "Packaging materials and systems for sterilized medical devices":
permeable for appropriate sterilizing agents
impermeable for microorganisms (provided that the rules for closing the packages when packing the products prepared for sterilization, sterilization regimes, conditions and storage periods are observed)
retain their appearance (except for the color of indicators printed on the packaging) after sterilization by an appropriate method.
DGM Steriguard® paper bags for sterilization are classified into two types - self-sealing bags, fold bags.
Made of white medical paper that complies with Russian and international standards
Best value for money
Self-sealing bag
Fold bags
Size 1
100 mm х 320 mm
65 mm х 40 mm х 200 mm
Size 2
115 mm х 200 mm
65 mm х 40 mm х 250 mm
Size 3
150 mm х 250 mm
90 mm х 50 mm х 150 mm
Size 4
150 mm х 280 mm
90 mm х 50 mm х 170 mm
Size 5
200 mm х 330 mm
100 mm х 60 mm х 250 mm
Size 6
230 mm х 380 mm
140 mm х 40 mm х 300 mm
Size 7
250 mm х 320 mm
140 mm х 50 mm х 330 mm
Size 8
300 mm х 450 mm
200 mm х 60 mm х 340 mm
Size 9
350 mm х 450 mm
380 mm х 125 mm х 510 mm
* Selective sizes are indicated. The full range of sizes listed in the price list available upon request.
With higher quality, the price of DGM Steriguard® pouches is on par with kraft paper bags
Medical paper in DGM Steriguard® pouches, unlike competitors' white kraft paper, do not contain bleach
Verified level of purity of paper intended for medical purposes
Made of medical paper with special properties: a high degree of permeability for sterilizing agents, reliable barrier protection against the penetration of microorganisms into the package due to the optimal pore size and special arrangement of fibers, as well as biocompatibility and mechanical strength in dry and wet conditions.
