Views: 0 Author: Site Editor Publish Time: 2026-05-23 Origin: Site
What began as a specialized engineering startup in Taizhou, China has rapidly evolved into a trusted supplier for industrial polishing lines across Asia and Europe.
Since 2018, ProSprayTech has remained focused on one mission: developing high-performance automatic liquid polishing compound guns capable of handling the harsh realities of abrasive industrial environments. Through continuous product innovation and customer-driven engineering, the company has steadily expanded its presence within global OEM manufacturing supply chains.
A major breakthrough came in 2020, when ProSprayTech successfully entered the Tier-1 cosmetic packaging supply chain. Its spray guns quickly became standard equipment across multiple stainless steel tube and kitchenware polishing lines due to their durability, atomization stability, and reduced maintenance requirements.
In 2022, the company introduced a major product upgrade based directly on heavy-duty factory feedback. Core fluid passages were redesigned using heat-treated SUS materials and Tungsten Carbide technology, significantly improving wear resistance and extending operational lifespan in continuous automated production environments.
By 2024, ProSprayTech had expanded its export network throughout Southeast Asia, including Vietnam and Thailand, while also entering European markets as a cost-effective alternative to traditional Japanese spray gun brands.
Looking ahead, the company plans to launch its new customized nozzle series in 2026. Designed specifically for continuous automated lines, the new series will offer enhanced adaptability for different polishing compound viscosities and production requirements, further strengthening ProSprayTech's position as an innovation-driven leader in polishing technology.
Today, manufacturers around the world rely on ProSprayTech not only for products, but for responsive technical support, agile customization capabilities, and engineering solutions built around real production challenges.
