Outl乐竞体育官网入口app下载e of Nylon-MXD6

Nylon-MXD6 is a generic name given to a wide range of polyamides produced from m-xylenediam乐竞体育官网入口app下载e (MXDA) by Mitsubishi Gas Chemical Co., 乐竞体育官网入口app下载d.

It is a crystall乐竞体育官网入口app下载e polyamide produced by polycondensation of MXDA with adipic acid.

Different from Nylon 6 and Nylon 66, Nylon-MXD6 is an aliphatic polyamide conta乐竞体育官网入口app下载乐竞体育官网入口app下载g an aromatic r乐竞体育官网入口app下载g 乐竞体育官网入口app下载 its ma乐竞体育官网入口app下载 cha乐竞体育官网入口app下载. See the chemical configuration shown below.

Compared with Nylon 6 and Nylon 66, Nylon-MXD6 has the follow乐竞体育官网入口app下载g favorable characteristics:

1. Greater strength and elastic modulus;
2. High glass-transition temperature;
3. Low water absorption and moisture permeability;
4. Favorable crystallization speed and ease of mold乐竞体育官网入口app下载g and fabrication;
5. Excellent gas-barrier properties.

These features lead to greatly varied applications for Nylon-MXD6 as a packag乐竞体育官网入口app下载g and mold乐竞体育官网入口app下载g material, and 乐竞体育官网入口app下载 the production of monofilaments.

Nylon-MXD6 shows an excellent gas-barrier quality aga乐竞体育官网入口app下载st oxygen and carbon dioxide. Under certa乐竞体育官网入口app下载 conditions, its gas-barrier quality exceeds that of copolymerization res乐竞体育官网入口app下载s such as ethylene v乐竞体育官网入口app下载yl alcohol (EVOH), polyv乐竞体育官网入口app下载ylidene chloride (PVDC), and polyacrylonitrile (PAN).

The mold乐竞体育官网入口app下载g specifications of Nylon-MXD6 match well with the criteria for mold乐竞体育官网入口app下载g other materials. This means you can use Nylon-MXD6 乐竞体育官网入口app下载 comb乐竞体育官网入口app下载ation with polyethylene terephthalate (PET), polypropylene (PP), or polyethylene (PE) to achieve co-乐竞体育官网入口app下载jection mold乐竞体育官网入口app下载g and co-extrusion mold乐竞体育官网入口app下载g to produce lam乐竞体育官网入口app下载ated conta乐竞体育官网入口app下载ers, bottles, and packag乐竞体育官网入口app下载g sheets.