News

As people continue to pursue the quality of outdoor life, the building materials industry is undergoing a transformation of material upgrading. With its superior performance and environmental protection properties, WPC is gradually becoming the mainstream material in the fields of outdoor wall panels, floors, fences, garden paving, etc.

Necowood, a trusted manufacturer of Wood Plastic Composite (WPC) building materials in China, is proud to introduce its premium WPC Timber Tube — a cutting-edge, eco-friendly solution for both exterior and interior architectural applications.

Designing or renovating a hotel requires much more than choosing the right colors or furniture—it demands selecting materials that can withstand heavy traffic, offer safety, reduce maintenance costs, and still provide a stylish, comfortable experience for guests. For these reasons, materials like Wood-Plastic Composite (WPC), Stone Plastic Composite (SPC) flooring, and Carbon Crystal Panels are becoming increasingly popular in the hospitality industry.

Are you looking to elevate the aesthetic appeal of your home or commercial space while ensuring a healthy and sustainable environment? Look no further than the innovative Carbon Crystal Plate— a revolutionary interior wall decorative material that combines style, durability, and eco-friendliness.

In the field of modern architecture and home design, Exterior Wall Cladding is not only an aesthetic decoration, but also an important protective barrier. If you are looking for an exterior wall material that combines appearance and practicality, this professional guide from Necowood will give you a comprehensive understanding of the 8 common exterior wall finishing materials currently on the market, helping you make the best choice based on your actual needs.

Necowood, a global innovator in advanced building materials, today announced the commercial launch of its ASA Exterior Cladding System – the first wood-plastic composite solution scientifically validated to maintain ≤3.0 ΔE color variance after 15 years of UV exposure. This breakthrough responds to the International Energy Agency's call for "climate-resilient urban infrastructure" in its 2025 Global Status Report.