1.3mm Coated Pu Leather And Genuine Leather Touch Imitate

Coated Microfiber Fabric Pu Leather Genuine Leather Touch Imitate Microfiber Fabric For Bags

• The weight, width or the packing roll size, the designs and the quality are all available to make according to your market standards. If you have got any special demands for your markets, pls feel free to contact us, we will be at service for you all the time to work out the best solution to meet your markets demand!

1. Sensuous combination of rich jewel-like colors on warm neutral grounds defines this luxurious collection of contemporary, cut velvets.

2. A collection of cut velvets featuring strong, geometric patterns edged with bold, stunning color that takes them to a 3rd dimension.

3. Popular for its selected materials, novel designs, beautiful colors and exquisite workmanship.

4. Availiable for decoration and upholstery, such as cushion cover, chair and sofa covers, table cloth, drapery etc.

• A novel kind of SMPU nanofibre with core–shell nanostructure was achieved using coaxial electrospinning . In addition to the excellent SME, excellent antibacterial activity against gram-negative and gram-positive bacteria is achieved in the core solution of polycaprolac-tone based shape memory polyurethane (CLSMPU)–pyridine containing shape memory polyurethane (PySMPU) core–shell nanofibre. It is proposed that the antibacterial mechanism results from the PySMPU shell materials containing the amido group and the high surface area per unit mass of nano-fibres. Thus, the core–shell nanofibres can be used as both shape memory and antibacterial nanomaterials.

• Recently, with the development of nano-science and technology, ultrafine fibres of PCM/polymer composite have been developed via the electrospinning technique. McCann et al. have developed a method based on melt coaxial electrospinning for preparing phase change nanofibres consisting of long-chain hydrocarbon cores and TiO2–poly(vinyl pyrrolidone) (PVP) sheaths the ultrafine fibres of the polyethylene glycol/cellulose acetate (PEG/CA) composite from the mixture of a solution of PEG and CA by the conventional electrospinning method, and the composite fibres showed a good thermal stability.