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Industrial Rod Pin Type Horizontal Sand Mill 30kW WMS50 bead mill machine

Industrial Rod Pin Type Horizontal Sand Mill 30kW WMS50 bead mill machine

MOQ: 1 buah
Harga: dapat dinegosiasikan
standard packaging: Kemasan Standar
Delivery period: 5-8 hari
metode pembayaran: L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Capacity: 40 Unit/Bulan
Informasi Rinci
Tempat asal
Cina
Nama merek
JINGCHUAN
Model produk:
WMSD50
Tenaga Motorik:
30kW
Volume Silinder:
30 L / 50 L / 100 L
Maks. Viskositas Bahan:
≤ 10 Lulus
Ukuran Partikel Akhir:
≤ 20 μm
Kapasitas Produksi:
100 - 1000 kg/jam
Prinsip Penggilingan:
Penggilingan Fisik (Geser, Benturan, Penghancuran)
Desain ruang penggilingan:
Badan Pendek, Diameter Besar
Kontrol suhu:
Pendinginan Poros + Pertukaran Panas Eksternal Opsional
Modus Operasi:
Sirkulasi Single-pass atau Multi-pass
Menyoroti:

horizontal pin mill machine

,

horizontal bead mill machine

,

30kw pin mill machine

Deskripsi Produk
WMS50 Type Horizontal Rod-Pin Sand Mill
The WMS50 bar-disc horizontal sand mill is designed for efficient grinding and dispersion applications across various industries including paints, inks, coatings, pesticides, and water-based formulations.
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 50-600
WMSD50 30 50 ≤10 0.3 ≤20μm 100-1000
WMSD100 45 100 ≤10 0.3 ≤20μm 150-1300
 

Working Principle


The Horizontal Rod-Pin Sand Mill operates by generating intense mechanical forces—shear, impact, and crushing—through the high-speed rotation of a rotor (shaft with pins) against a stationary stator (chamber with pins). This action within the grinding chamber, which is filled with grinding media, effectively processes the material slurry.

 

It performs several key functions:

Dispersion

Crushing

Deagglomeration

Homogenization

Emulsification

 

This is a physical grinding process that does not alter the inherent chemical properties of the material. Its primary purpose is to break down agglomerates and achieve genuine particle size reduction.