Polyurethane Dispersion For Leather Surface Finishing JLY-L01

Matte Polyurethane Resin, also known self-matte polyurethane resin or self-dulling polyurethane resin, is a type of polyurethane resin used in various applications, including coatings and printing inks. This resin is specifically designed to provide a matte or dull finish on the coated or printed surface. The main characteristic of matte polyurethane resin is its ability to create a non-reflective, low gloss appearance. The resin contains specialized matting agents or additives that scatter and diffuse light, reducing the glossy reflection that is typically associated with standard polyurethane coatings or inks. The use of matte polyurethane resin offers several advantages. First, it provides a visually appealing matte finish, which is often desired for applications where a glossy appearance is not desired, such as packaging materials or certain types of printed media. The non-reflective nature of the resin helps to minimize glare and reflections, enhancing the overall readability and legibility of printed text or graphics. Additionally, matte polyurethane resin offers good scratch resistance, durability, and chemical resistance, making it suitable for applications that require a long-lasting and robust coating or ink. It can be applied to various substrates, including plastics, metals, and paper, offering versatility in terms of application options.

Polycarbonate modified polyurethane (PCMPU) is a type of material that hasPolycarbonate modified polyurethane (PCMPU) is a type of material that has found extensive use in the leather industry for surface finishing and coating. It is a thermosetting polymer that combines the toughness and durability of polyurethane with the heat resistance and light stability of polycarbonate

Polyurethane dispersions (PUDs) are water-based polymeric materials that find wide application across various industries, including the production of gloves. PUDs are known for their excellent film-forming properties, high elasticity, and good mechanical strength. They are commonly used as coating materials in glove manufacturing due to their desirable properties, such as flexibility, durability, and resistance to abrasion.

S-6961-1 is excellent Bonding Strength Polyurethane PU Resin for Printing ink.It's as one of  forming-film polyurethane binder for production of gravure printing ink

R-6835 as retort-high temperature boiling polyurethane resin for lamination ink ,available for the production of benzene-free and ketone-free gravure pigment ink

The liquid flexible packaging ink is made by resin, pigment, additives and solvent. And the resin is the core of the ink, due to the PU advantage, now PU resin becomes more and more popular, especially for the retorting application. We have the plasticizer, semi-film-former and film-former PU resin for ink. They are widely used for surface printing ink and lamination ink in both flexo and gravure printing technology. With the excellent color strength and adhesion property, they can meet different requirements and applications. All our products are TOL & MEK free, and our product safety expert assures our product can meet the regulation and law around the world, including Nestlé Guidance Note, EuPia Guidline, Swiss Ordinance, also FDA, EU10/2011 and China GB9685-2016

Polyurethane dispersions (PUDs) are water-based polymeric materials that find wide application across various industries, including the production of gloves. PUDs are known for their excellent film-forming properties, high elasticity, and good mechanical strength. They are commonly used as coating materials in glove manufacturing due to their desirable properties, such as flexibility, durability, and resistance to abrasion.

Polycarbonate modified polyurethane (PCMPU) is a type of material that hasPolycarbonate modified polyurethane (PCMPU) is a type of material that has found extensive use in the leather industry for surface finishing and coating. It is a thermosetting polymer that combines the toughness and durability of polyurethane with the heat resistance and light stability of polycarbonate