OEM/ODM China Nano Tape Double Sided Heavy Duty – High strength acrylic adhesive 3M 444 double sided tape 3M double adhesive pet 3M polyester tape for Adhesive foam – Xiangyu Detail:
* Product Features
very suitable for bonding LSE foam, gasket accessories, HSE and polyethylene.
Fast flowing adhesive has high initial adhesion for fast lamination.
0.5 mil PET film carrier can improve dimensional stability and is easier to operate in the process of slitting and die cutting
3M 300 adhesive can be strongly bonded to a variety of surfaces, including plastics such as polyethylene.
55# 3.2 mil dense kraft release paper for easy peeling
* Product Parameters
Product name：3M polyester tape
Product model:3M 444
Release Liner: kraft release paper
Adhesive:Acrylic adhesive
Backing material:PET
Structure：Double side tape
Colour:clear
Thickness:0.1MM
Jumbo Roll Size:1372mm*55m/1219mm*33mm
Temperature resistance:90℃-120℃
Custom: Custom width / custom shape / custom packaging
* Product Application
Good for joining and bonding in electronics
general industrial applications
Foam and gasket attachment
Product detail pictures:
Related Product Guide:
We regularly perform our spirit of ''Innovation bringing progress, Highly-quality making certain subsistence, Administration marketing benefit, Credit score attracting customers for OEM/ODM China Nano Tape Double Sided Heavy Duty – High strength acrylic adhesive 3M 444 double sided tape 3M double adhesive pet 3M polyester tape for Adhesive foam – Xiangyu, The product will supply to all over the world, such as: Haiti, Atlanta, Madagascar, We only supply quality items and we believe this is the only way to keep business continue. We can supply custom service too such as Logo, custom size, or custom merchandise etc that can according to customer's requirement.
By Matthew from Costa Rica - 2017.11.29 11:09
The factory technical staff not only have high level of technology, their English level is also very good, this is a great help to technology communication.
By Katherine from Italy - 2017.05.02 18:28
