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Horizontal Pin Type Bead Mill 30L 50L 100L Production Capacity 50 - 1300kg/H

Horizontal Pin Type Bead Mill 30L 50L 100L Production Capacity 50 - 1300kg/H

MOQ: 1台
価格: 交渉可能
standard packaging: 標準パッケージ
Delivery period: 5~8日
支払方法: L/C、D/A、D/P、T/T、ウェスタンユニオン、マネーグラム
Supply Capacity: 40単位/月
詳細情報
起源の場所
中国
ブランド名
JINGCHUAN
製品型式:
WMSD30 / WMSD50 / WMSD100
モーター出力:
22kW / 30kW / 45kW
シリンダー容積:
30L / 50L / 100L
最大。材料の粘度:
≤ 10 Pa.s
最終粒子径:
≤ 20のμm
生産能力:
50 - 1300のkg/h
磨き原理:
物理的研削(せん断、衝撃、粉砕)
研磨室設計:
ショートボディー、大口径
温度制御:
シャフト冷却 + オプションの外部熱交換
動作モード:
シングルパスまたはマルチパス循環
ハイライト:

horizontal pin type bead mill

,

30l horizontal sand mill

,

30l pin type bead mill

製品の説明

Horizontal rod-pin sand mill

 

Product description:

 

A shorter, larger-diameter grinding chamber can reduce flow inertia, simplify process control, and provide a longer, larger-diameter separation system. The cyclic grinding process continues until the quality requirements are met, and high flow rate ensures an efficient cyclic operation mode; it can control low material temperature because the material temperature rise is minimized through a low-cooling grinding shaft; in addition, a cooling exchange system can be externally added to the pipeline and material tank. A high-energy grinding system with high strength and high force can be used. One or multiple passes through the system can achieve higher output, and a small-sized machine with the same rotational speed can reduce material loss during material change. Additional raw materials/additives can be added to the formula during the grinding process.

 

Technical Specifications:

 

 

 Model Motor power (KW) Cylinder volume (L) Material viscosity (Pa.s) Pump air consumption (m³/min) Dispersed particle size (μm) Production capacity (kg/h)
WMSD30 22 30 ≤10 0.3 ≤20μm 50-600kg/h
WMSD50 30 50 ≤10 0.3 ≤20μm 100-1000kg/h
WMSD100 45 100 ≤10 0.3 ≤20μm 150-1300kg/h

 

 

Working principle:

 

A mechanical device that generates shear force, impact force, and crushing force through the high-speed rotation of the rotor, dispersing, crushing, deaggregating, homogenizing, and emulsifying particulate materials in the fluid. Physical grinding does not damage the inherent properties of the material, but rather performs deaggregation and genuine grinding of the agglomerates.