ZME

所属分类: Mixed component

The ZME toothed element delivers exceptionally strong mixing performance; it is created by machining forward-facing teeth into the helical flanks of a single-start, reverse-lead, small-pitch screw sleeve. The material is repeatedly sheared within the tooth grooves of the screw flanks, thereby achieving thorough compounding and mixing. Among currently available toothed elements, this design exhibits the highest energy consumption while delivering the best mixing results.

Online Consultation

Detailed description

ZME Technical Details

Model: Φ18 mm ~ Φ400 mm

Material: WR5 / WR7 / WR13 / Nickel-based alloy

Performance: Wear-resistant and corrosion-resistant

WR5: The carbides in WR5 are predominantly fine, uniformly dispersed spherical vanadium carbides, with a suitable amount of chromium carbide as a secondary phase. This microstructure delivers excellent wear resistance, superior impact performance, and outstanding spalling resistance, resulting in a service life approximately three times that of 6542 material.

WR7: The carbides in WR7 are predominantly fine, uniformly dispersed spherical vanadium and chromium carbides, with a high carbide content that delivers the best overall wear and corrosion resistance, making it a high-end replacement for WR5.

WR13: Combines wear resistance and corrosion resistance, making it suitable for the battery slurry industry.

Nickel-based alloys: exhibit excellent wear and corrosion resistance.

ZME Function

• Possesses a certain degree of dispersing and mixing capability

• Excellent blending ability