No products were found matching your selection.
Other Related Products
-
Introduction to Car Brake Pads Asbestos-Free MixtureAsbestos-free brake pads are a critical advancement in automotive safety and environmental protection. Engineered with specialized brake pads mixtures, these friction materials eliminate hazardous asbestos while maintaining high performance. The brake pads friction material combines ceramic compounds, aramid fibers, and resin binders in optimized brake pads mixes, creating a durable and eco-friendly brake pads…
-
Introduction to Car Brake Shoes with No Brass Mixture No Brass brake shoes mixture represents a breakthrough in brake shoes friction materials, designed to meet modern environmental regulations while ensuring high-performance braking for passenger and light commercial vehicles. This brake shoes formula eliminates brass components, replacing them with advanced ceramic fibers, aramid particles, and organic binders, reducing environmental impact and…
-
产品名称NAME：Wollastonite (硅灰棉) 产品描述PRODUCTION DESCRIPTION： Wollastonite can be used to make brake pads, ceramic glazes, etc., and is widely used in industrial production such as automobiles, metallurgy, ceramics, and plastics. Among them, the most promising field of wollastonite consumption in the world is the engineering plastics industry. As a filler and reinforcing agent in the plastic…
-
In the domain of automotive braking technology, the ceramic brake pads mixture represents a pinnacle of innovation. It combines advanced materials with precise engineering to deliver an unparalleled braking experience, catering to the diverse needs of modern vehicles, from high – performance sports cars to everyday commuting vehicles. Composition of the Ceramic Brake Pads Mixture…
-
Introduction to Car Brake Shoes with Non-Metallic Mixture Non-Metallic brake shoes mixture is a high-performance brake shoes friction material designed for modern passenger vehicles, prioritizing safety, environmental sustainability, and driving comfort. This brake shoes formula eliminates metallic components (e.g., steel, copper) and instead uses advanced ceramic fibers, aramid polymers, and organic modifiers to deliver reliable braking performance while reducing environmental impact….
-
OE ceramic brake pads mixture: Unleashing Superior Braking Performance The OE Ceramic Brake Pads Mixture is a meticulously engineered solution that redefines excellence in automotive braking systems. Crafted with a blend of advanced materials and cutting – edge technology, this brake pads mixture stands out for its numerous advantages. 1. Exceptional High – Temperature Resistance…
-
产品名称NAME：Mica Chips(云母粉) 颗粒度GRANULARITY（筛网分析 SIEVE ANALYSIS，颗粒大小PARTICLE SIZE） 目数Mesh： 20-40#; 40-60# 外观 APPEARANCE 形状Shape： Flake Particles 颜色Color： Shiny Yellowish White 主要技术参数MAIN SPECIFICATION 比重Specific Gravity(g/cm3) 2.76-3.10 容积密度Bulk Density(g/cm3) 0.3-0.35 含水量Moisture Rate(% w.t.) ≤1.0% 耐热度Heat Resistance(℃) 1000 PH 7-8 莫氏硬度 Hardness(Mohs) 2-3 化学成分 CHEMICAL COMPOSITION 组成Composition Ignition Loss SiO2 Al2O3 Fe2O3 CaO MgO K2O Na2O Moisture 比例Rate（%w.t.） 2.5-3.5 45-48 20-33…
-
The Application of Spongy Iron Powder in Brake Shoes Production In the production of brake shoes, Spongy Iron Powder has become an important component in brake shoes mixtures and mixes, playing a significant role in the formation of brake shoes friction materials. This material brings both distinct advantages and some limitations to the performance of…
-
The Application of Wollastonite in Brake Shoes Production In the realm of brake shoes manufacturing, wollastonite has emerged as a material of great significance in brake shoes mixtures and mixes, especially within the context of brake shoes friction materials. This article delves into the application of wollastonite in brake shoes production, spotlighting its advantages and…
