Composé de moulage d'urée

High Purity And Moisture-Resistant Urea Moulding Compound For Tableware​ Product description Melamine resin has the characteristics of water resistance, alkali resistance, high temperature resistance, dielectric property and convenient forming and processing. Thermal deformation temperature up to 180 degrees, can be used in temperature above 100 degrees for a long time. Flame resistance meets UL94V-0 grade. The natural color of resin is light color, so it can be colored

High Purity And Moisture-Resistant Urea Moulding Compound For Tableware​ Product description Melamine resin has the characteristics of water resistance, alkali resistance, high temperature resistance, dielectric property and convenient forming and processing. Thermal deformation temperature up to 180 degrees, can be used in temperature above 100 degrees for a long time. Flame resistance meets UL94V-0 grade. The natural color of resin is light color, so it can be colored

High Purity And Moisture-Resistant Urea Moulding Compound For Tableware​ Product description Melamine resin has the characteristics of water resistance, alkali resistance, high temperature resistance, dielectric property and convenient forming and processing. Thermal deformation temperature up to 180 degrees, can be used in temperature above 100 degrees for a long time. Flame resistance meets UL94V-0 grade. The natural color of resin is light color, so it can be colored

Product Description: The Urea Moulding Compound is a high-grade amino moulding compound that complies with the GB13454-92 standard, ensuring its quality and consistency for various industrial applications. This product is a thermosetting plastic known for its robustness and durability, derived from urea and formaldehyde, with its core molecular formula being (C2H4N6O2)n. The compound is specifically formulated to be advantageous for the manufacture of a wide range of products

High Purity And Moisture-Resistant Urea Moulding Compound For Tableware​ Product description Melamine resin has the characteristics of water resistance, alkali resistance, high temperature resistance, dielectric property and convenient forming and processing. Thermal deformation temperature up to 180 degrees, can be used in temperature above 100 degrees for a long time. Flame resistance meets UL94V-0 grade. The natural color of resin is light color, so it can be colored

Convenient Forming And Processing Urea Moulding Compound For Tableware Product description Melamine resin has the characteristics of water resistance, alkali resistance, high temperature resistance, dielectric property and convenient forming and processing. Thermal deformation temperature up to 180 degrees, can be used in temperature above 100 degrees for a long time. Flame resistance meets UL94V-0 grade. The natural color of resin is light color, so it can be colored freely.

Product Description: The Urea Moulding Compound, also known as Amino Moulding Compound due to its chemical makeup, is a thermosetting plastic widely recognized for its exceptional durability and versatility in applications. This compound is especially tailored for the production of high-quality melamine tableware and toilet seat covers, which demand not only aesthetic appeal but also long-lasting resilience and safety features. Crafted in accordance with the stringent GB13454

Product Description: The Urea Moulding Compound, also known as Amino Moulding Compound, stands out as an exceptional choice for various manufacturing and industrial applications due to its superior properties, which include flame retardancy, heat resistance, and a high melting point. This thermosetting plastic material is synthesized through a polymerization process of urea and formaldehyde, resulting in a compound with a molecular formula of (C2H4N6O2)n. The compound's

Product Description: The Urea Moulding Compound, also known as an Amino Moulding compound, is a thermosetting plastic material made from urea formaldehyde resin. This product has been formulated to have a range of attributes that make it suitable for a variety of applications, particularly in the manufacturing of electrical components, tableware, and household appliances, due to its excellent dielectric properties and resistance to heat and chemicals. The Urea Moulding