A non-metallic ore grinding machine

Abstract

The invention provides a nonmetallic ore pulverizing mill, which comprises two rows of grinding hammer heads; four strike posts, each of which being of a tetrahedron structure, are arranged between the two rows of the grinding hammer heads and are annularly and uniformly distributed on a mill shell; and slag discharge holes are formed in the second row of the grinding hammer heads and the lower part of a lining plate for synchronously discharging impurities as well as difficultly ground particles and foreign matters in ores, so that nonmetallic ore ultrafine pulverizing is realized, and the purity and the pulverizing efficiency of ore powder are improved.

Description

technical field

[0001] The invention relates to a non-metallic ore grinding machine, in particular to grinding equipment required for preparing high-purity non-metallic ore powder fillers from high-stable friction materials, and belongs to the field of non-metallic ore powder processing equipment. Background technique

[0002] The friction material belongs to the polymer composite material, and its main component is composed of three parts: polymer compound (binder), inorganic or organic fiber (reinforcing component) and non-metallic mineral powder filler (friction performance adjustment). It is formed by compression molding, heat treatment, and post-machining. It is mainly used for brakes and clutches of automobiles, motorcycles, and construction machinery. Non-metallic ore powder fillers account for 65-80% of friction materials, all of which are processed from natural non-metallic ores. Non-metallic ore powder fillers are an important part of high-stable friction materials...

Examples

Embodiment Construction

[0019] like figure 1 As shown, a non-metallic ore grinding machine includes a feed inlet (22), a grinding chamber, a drive spindle (5), and a mill housing (4). The feed inlet (22) is provided with a Ironware (2), the grinding chamber is located below the feed inlet and communicates with the feed inlet. The grinding chamber consists of a row of rotors (7), a row of hammerheads (18), two rows of rotors (11), two A row of hammerheads (15), a striker (17) and a grinding liner (16), the row of rotors (7) are installed under a row of hammerheads (18) to drive a row of hammerheads to move, and the second row The rotor (11) is installed under the second row of hammerheads (15) to drive the second row of hammerheads to move; the drive spindle (5) is located above the first row of rotors (7) and the second row of rotors (11) to drive the first row of rotors (7) ), the action of the second row of rotors (11); the striker (17) is installed on the outer mill casing (4) between the first r...

technical field

[0001] The invention relates to a non-metallic ore grinding machine, in particular to grinding equipment required for preparing high-purity non-metallic ore powder fillers from high-stable friction materials, and belongs to the field of non-metallic ore powder processing equipment. Background technique

[0002] The friction material belongs to the polymer composite material, and its main component is composed of three parts: polymer compound (binder), inorganic or organic fiber (reinforcing component) and non-metallic mineral powder filler (friction performance adjustment). It is formed by compression molding, heat treatment, and post-machining. It is mainly used for brakes and clutches of automobiles, motorcycles, and construction machinery. Non-metallic ore powder fillers account for 65-80% of friction materials, all of which are processed from natural non-metallic ores. Non-metallic ore powder fillers are an important part of high-stable friction materials...

Examples

Embodiment Construction

[0019] like figure 1 As shown, a non-metallic ore grinding machine includes a feed inlet (22), a grinding chamber, a drive spindle (5), and a mill housing (4). The feed inlet (22) is provided with a Ironware (2), the grinding chamber is located below the feed inlet and communicates with the feed inlet. The grinding chamber consists of a row of rotors (7), a row of hammerheads (18), two rows of rotors (11), two A row of hammerheads (15), a striker (17) and a grinding liner (16), the row of rotors (7) are installed under a row of hammerheads (18) to drive a row of hammerheads to move, and the second row The rotor (11) is installed under the second row of hammerheads (15) to drive the second row of hammerheads to move; the drive spindle (5) is located above the first row of rotors (7) and the second row of rotors (11) to drive the first row of rotors (7) ), the action of the second row of rotors (11); the striker (17) is installed on the outer mill casing (4) between the first r...

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