Friction plates are critical to a bulldozer’s transmission, controlling speed and power output. Damaged or worn plates lead to unstable operation, accelerated wear of gears and bearings, increased downtime, and higher long-term costs. This article explains why timely replacement is essential for safety, performance, and extending your equipment’s lifespan.

A vehicle's braking system is as critical as its engine—your ultimate safety relies on the friction material within your brake pads. This article explores the science behind friction materials, explaining how complex formulations—comprising grinding fillers (e.g., zirconium silicate), wear reducers (graphite), and functional fillers—work together to balance performance factors like friction coefficient, noise, wear, and heat resistance. We break down common formulations (semi-metallic, ceramic, low-metallic, hybrid) and their ideal applications, debunking myths like judging quality by magnet attraction. True performance depends on R&D expertise and tailored formulations, not just material presence.

Marine windlass brake lining is a critical safety component for anchoring operations. This article provides a comprehensive overview of its key components (body, wheel, system, adjustment device), core functions in chain tension control and stability, common fault diagnosis methods (wear, system malfunction, overheating), step-by-step repair & replacement procedures, and essential preventive maintenance practices. Supported by real-world case studies, this guide offers valuable insights for ship operators and maintenance crews to ensure system reliability and prevent downtime.