Made In China Anti-static Rubber Dactylotheca For Electronic Industry

 E100: Low-powder Latex Finger Cots

Raw materials: 

    100% pure natural latex, without plasticcizers, silicone oil and amide.

Products:

1. E100: low-powder, rolled, white

2. E100A:  low-powder, anti-static, rolled, white/pink

3. E100T:  low-powder, textured tip, rolled, white

4. E100C:  low-powder, rimless, unrolled, white

5  E100C-T:  low-powder, textured tip, anti-static, rimless, unrolled, transparent

There are also other 4 types of latex finger cots:

      E200 Powder-free latex finger cots

      E300 Conductive latex finger cots

      E400 Food grade latex finger cots

      E500 T2 latex finger cots

 1. General Packaging:1440pcs/bag, 20bags/ctn, packed by weight

 2. Welcome customized design.

Storage condition:

   1. Keep in a cool, dry place

   2. Avoid direct sunlight

Hangzhou Massblue Trading Co., Ltd. was founded in 2009 and located in Hangzhou, near to Shanghai. At present, we have 5 departments to provide a series of products. 

We are a professional exporter for disposable products such as paper cups, paper tissues, paper box, paper bags, paper plates&tray, plastic container, plastic straws, plastic tableware, wooden&bamboo tableware and so on. Besides, we also offer ceramic cups with various size, designs and good quality. All of our products are exported to Europe, Australia, America, Canada, the UK, Sweden, ect. The good quality, reasonable prices and friendly service are always good feed back from customers. 
We will insist on the principle of "equality and mutual benefits", honoring contracts and keeping the promises, and cooperating with friends both at home and abroad.

If you are interested in any item of our products, pls feel free to contact us for more information and warmly welcome to visiting our company.

T. +86 571 8707 5523

F. +86 571 8709 3050

M. +86 188 6881 5286

W. 

SKYPE, WAHTSAPP, WECHAT and LINKEDIN ARE ALL AVAILIABLE.

 The finger cots is made by natural rubber latex which may cause allergic reactions.