Product properties
Type: | Heat-fixing synthetic resin adhesive |
Use: | Used in the production with waterproof Ⅱ class level (dipping detachment) low formaldehyde release a quantity of plywood (panel), joinery board, hot pressing molding products can meet the requirements of the standard CARB Ⅱ (formaldehyde release a quantity, E2,E1,E0 can be provided) |
Free formaldehyde: | E2,E1,E0 |
Granularity: | (100-120 mesh) |
Pot life at 25℃: | 4-6 hours |
Viscosity 25℃: | 4000-5000CPS |
Quantity applied: | 80-150 g/m2 for veneer |
Open time: | Approx 10 minutes |
Reserve: |
Stored in cool place with sealed package at room temperature |
Urea-Formaldehyde Powder Resin is a dewatered white powder made up of urea and formaldehyde, with the same chemical and physical properties as those of liquid resin. It is the adhesive with high water-resistant, mould resistant, and pollution-free. The combination intensity of the timber is greater than temperature. It is an ideal adhesive for artificial boards and all other wooden products, as it is water-soluble because of its low-molecular condensation polymer, good in fluidity and simple process.
Our Services
We offer after sales service for our client such as logo printing, labelling and branding, packing and we ensure safe delivery and transportation to buyer port of discharge to place of delivery.
We render third party inspection before shipment so as to ensure product conformity and up to standards and we assist our buyer in custom clearance and if your markets have any special requirements, please let us know so we can help you with the necessary documents
Avenue Trading INC is a leading manufacturer, exporter and trading company in USA that has exported in many countries worldwide and operates a dynamic quality management system to ensure that we consistently deliver high quality products.
Our outstanding survival in the market is based on trust and quality products we offer to our client. We supply high quality product and good after-sale service, as well as technological support.