Driven by the tightening of global environmental protection policies and the intelligent transformation of the manufacturing industry, the Powder Spraying equipment industry is undergoing a profound change. The latest technology and market reports show that environmental protection, high efficiency, and intelligent interconnection have become the core labels of the new generation of equipment, pushing surface treatment technology into a new stage.

 

Environmental performance leap: from emission reduction to energy saving

Breakthrough in low-temperature curing technology: The new generation of equipment significantly reduces the curing temperature (generally to below 140°C), directly reducing energy consumption by up to 30%, bringing considerable cost advantages to coating companies.

 

Upgrade of efficient recycling system: The powder recovery rate has exceeded the 98% mark, almost achieving "zero waste", greatly reducing material costs and solid waste treatment pressure.

 

Enhanced adaptability of environmentally friendly powder: The equipment is optimized to be compatible with environmentally friendly powder coatings such as lead-free and chromium-free, helping companies to easily cope with EU SCIP and other regulatory requirements and open up green international markets.

 

Intelligent reshapes the production process

AI visual quality inspection: Real-time monitoring of spray uniformity and film thickness, automatic marking of defects, replacing manual quality inspection, and improving efficiency by more than 50%.

 

Digital twin application: Virtual debugging optimizes spray parameters and shortens the new product introduction cycle; the entire production process is digitized to enable lean management.

 

The market prospects are broad, and flexible customization has become a trend

Industry analysts pointed out that with the surge in demand for automobiles, building materials, home furnishings and new energy (such as battery tray coating), the global powder spray equipment market is expected to have a CAGR of more than 6% in the next five years. The rise of modular design of equipment supports rapid switching of colors and workpiece types to meet the flexible production needs of small batches and multiple varieties.