Particle board Used for interior decoration furniture
Particleboard is a kind of wood-based board, which is made of some wood and sawdust according to certain specifications and under specific conditions. The surface is like honeycomb.
|product||Particle board, LSB plate||Tree species||pine|
|Level||E0||Product features||Healthy environmental protection, Easy processing|
|packaging||Standard export packing||use||Furniture, office furniture, custom wallboard, etc|
|The time of delivery||Within 15 days||The cradle||China,guangxi|
1. Have good sound absorption and sound insulation performance; Particleboard insulation, sound absorption.
2. Particleboard surface smooth, realistic texture, uniform bulk density, small thickness error, pollution resistance, aging resistance, beautiful, can be all kinds of veneer.
3. Particleboard in the production process, with a small amount of glue.
Overall wardrobes, cabinets, TV cabinets, shoe cabinets, bathroom cabinets, wine cabinets, office furniture, custom wall panels and other places.
Can be directly decorated: selected high quality pine wood as raw material, peeling treatment into high quality planer, layered paving to form the core layer of product structure; Two layers of wood fiber on the upper and lower surfaces, the product has good flatness, and the surface can be directly pasted with wood veneer, paint and melamine paper for decorative decoration, matching various architectural styles.
Stable performance without deformation: the internal plane is dried and deoiling at high temperature, mixed with water-insoluble MDI eco-glue, under special billet technology and high pressure, with great strength and hardness, not easy to deformation and cracking, but also has good waterproof and moisture-proof performance. At the same time, under the action of the crisscross pavement arrangement structure and continuous high temperature and high pressure, the plate has no joint, no gap, no crack, the overall uniformity is good, the internal combination strength is very high, the bearing force is strong, and the deformation is not.