Pine PF Glue LVL (Laminated Veneer Lumber) is an engineering-grade structural material made from high-quality pine as the base material, bonded under high pressure with phenolic resin adhesive. The product selects natural pine veneers, processed through drying, gluing, directional layering, high-temperature hot pressing, and other precise techniques, combining the natural properties of wood with the excellent performance of industrial materials.

Poplar UF Glue LVL (Laminated Veneer Lumber) is a cost-effective engineered wood product made from fast-growing poplar veneers as the base material, laminated and bonded with modified urea-formaldehyde resin adhesive. Through precise rotary cutting, drying, uniform gluing, directional layup, and hot pressing curing processes, the natural lightweight characteristics of poplar are deeply integrated with industrial bonding technology.

As a preferred material for interior decoration and light wood structures, Poplar UF Glue LVL competes with lightweight, high stability, and cost-effectiveness, providing efficient and energy-saving solutions for furniture manufacturing, prefabricated interior decoration, and commercial space construction, reshaping the balance between environmental and economic value benchmarks.

Thickness and size can be customized according to needs, meeting diverse engineering requirements such as building beams and columns, container floorboards, mold supports, etc.

As an innovative material in modern wood structure construction, Pine PF Glue LVL, with its fusion of natural and technological genes, provides cost-effective, low-carbon, eco-friendly solutions for outdoor engineering and heavy load-bearing scenarios, redefining the value standards of industrial-grade wood.

Pine PF Glue LVL (Laminated Veneer Lumber) is an engineering-grade structural material made from high-quality pine as the base material, bonded under high pressure with phenolic resin adhesive. The product selects natural pine veneers, processed through drying, gluing, directional layering, high-temperature hot pressing, and other precise techniques, combining the natural properties of wood with the excellent performance of industrial materials.

Through low-formaldehyde formulation and bonding process optimization, adhesive layer cures quickly, bonding strength stable, formaldehyde emission strictly complies with E0 standard in indoor environments;