Three-dimensional high-efficiency brake pad mixing machine

Purpose

This machine is specifically designed for blending materials such as aramid, carbon ceramic, and semi-metallic composites to produce brake pads.

Product Features

Equipped with low-speed and high-speed stirring blades, it can mix materials uniformly at three different speeds and directions. It also includes specialized loosening blades for aramid materials, ensuring thorough dispersion, making it particularly suitable for semi-metallic materials.

Advantages

• This machine effortlessly processes both carbon-ceramic composite fiber materials and other materials with varying densities, without compromising fiber strength or material structure. It prevents material clumping, ensures uniform dispersion of granules and micropowders, maintains stable friction performance, guarantees product quality, and preserves formula consistency. The significantly reduced mixing time lowers energy consumption and manufacturing costs.
• This device revolutionizes the traditional brake pad mixing machine in the friction material industry, solving the longstanding issues of difficult material replacement and high power consumption, and has become the industry’s preferred choice.
• The novel three-dimensional brake pad mixing machine improves the uniformity of raw material mixing, achieving over 60% energy and labor savings, with significant cost-recovery benefits. For a daily mixing capacity of 20 tons, the energy and labor savings can recoup the equipment investment within one year.
• We are currently testing AGV (Automated Guided Vehicle) intelligent material handling systems to achieve automated material handling, positioning for loading/unloading, and smart transfer, thereby enabling intelligent management of brake pad compound circulation.

Technical Specifications

Technical Data Sheet