Antistatic flat bags Colour: pink, with ESD warning print and recycling symbol Thickness: 80 - 90 µ (depending on size) PU: 350 - 1,000 pieces (depending on size) Price per piece Sizes: 152x254mm, 80µ, 1,000 pieces 254x305mm, 80µ, 1,000 pieces 305x356mm, 80µ, 1,000 pieces 305x406mm, 80µ, 1,000 pieces 406x508mm, 80µ, 500 pieces 500x600mm, 25 90µ, 25 If you are interested or have any questions, do not hesitate. Just give us a call on 030/ 405 719 40 or send us an email. We are happy to help.
LACERS GMBH
Germany
Product information "Antistatic LDPE ziplock bag 75my pink 180x250mm" Antistatic LDPE ziplock bags 75my pink
Request for a quoteLACERS GMBH
Germany
Product information "Antistatic LDPE ziplock bag 50my pink 250x350mm" Antistatic LDPE ziplock bags 50my pink
Request for a quoteLACERS GMBH
Germany
Product information "Recyclate flat bag 50my made from 100% recycled material" Recyclate flat bag 50my made from 100% recycled material A sustainable flat bottom pouch made from 100% recycled material. Consists of recycled LDPE film. Gentle on the environment and yet flexible and tear-resistant. These flat bags made of rLDPE film are used in various areas of application. These are not suitable for contact with food. They are easy to fill and can be closed with various closures. Please note that the bags are made of recycled materials and that there may be production-related deviations in terms of transparency and the surface.
Request for a quoteLACERS GMBH
Germany
Product information "Recyclate flat bag 100my made from 100% recycled material" Recyclate flat bag 100my made from 100% recycled material A sustainable flat bottom pouch made from 100% recycled material. Consists of recycled LDPE film. Gentle on the environment and yet flexible and tear-resistant. These flat bags made of rLDPE film are used in various areas of application. These are not suitable for contact with food. They are easy to fill and can be closed with various closures. Please note that the bags are made of recycled materials and that there may be production-related deviations in terms of transparency and the surface.
Request for a quote