In industrial transmission applications, corrosive environments involving strong acids and alkalis have long been the primary threat to equipment durability and stability. Traditional transmission components often face risks of cracking, hardening, sudden strength loss, or even failure under such harsh conditions, leading to production downtime and high maintenance costs. Today, we proudly announce: this pain point is now a thing of the past!

Annilte's new reinforced acid-alkali resistant timing belt, rigorously validated, officially sets a new standard for transmission components!

30-Day Extreme Testing Verifies Exceptional Durability

Actions speak louder than words. We subjected our newly developed material-reinforced timing belt to a 30-day continuous rigorous test. In simulated high-concentration acid and alkali corrosion environments, our product demonstrated unparalleled stability.

Test results clearly demonstrate:

Significantly enhanced durability: Compared to traditional products, the new timing belt showed no swelling or peeling on the surface under prolonged corrosion, maintaining excellent structural integrity.

Superior retention of physical properties: Its tensile strength, tooth profile retention, and dimensional stability all far exceed industry averages, ensuring long-term stable and precise transmission efficiency.

This represents not merely a product upgrade, but a technological leap forward. It demonstrates that Annilte synchronous belts are fully capable of meeting the long-term application demands of extremely harsh conditions in industries such as chemical processing, electroplating, wastewater treatment, and battery manufacturing.