Huibang High-yield EPS Plastic Grinding Machine with Vibration
Sieve
Applications
MF series Huibang High-yield EPS Plastic Grinding Machine with
Vibration Sieve is a prefect machine for processing
and grinding thermoplastics material, such as PVC, PE, PP,
EVA, PLA, ABS etc, with high output and thin powder.
The MF series automatic Huibang High-yield EPS Plastic Grinding
Machine with Vibration Sieve is disc-type plastic grinding
mill series, which has the advantages of high-yield and low-power.
Characteristics
- With water cycle and wind cooling, the Huibang High-yield EPS
Plastic Grinding Machine with Vibration Sieve can be applied
into processing heat sensitive material.
- With the tail-wagging air stream (partly eddy flow) produced by the
tail-wagging of the main shaft capstan of the machine, the input
tail-wagging materials collide strongly with the board and the
cutting blade, and was grinded into powdery (without sieving).
- Both the board and the cutting blade are made of abrasion-resistant
steel, with excellent performance after heat treatment.
- With severeness of framework, the volume of the Huibang High-yield
EPS Plastic Grinding Machine with Vibration Sieve is quite small.
If you open door closure, you can maintain it. It is completely
airproof and without any dust leakage.
- With winding reclaiming equipment, the Huibang High-yield EPS
Plastic Grinding Machine with Vibration Sieveis features by cooling
materials evenly, quick cooling and some other characteristics.
Main Technical Parameter
Model | MF-500 |
Main Motor Power | 37 kw |
Draft Fan Power | 3kw |
Vibration Sieve Power | 0.75 kw |
Feeder Power | 0.75 kw |
Output | 120-280 kg/h |
Dimensions | 3000*2800*3900 mm |
Weight | 2280 kg |
Why you need a plastic grinding machine?
Increase Profits
- Reuse of material
- Reduce wastage
- Reduce cost
Enhance product quality
- Smooth product quality
- Uniform wall thickness
- Free-flowing powder
Improve particle size distribution
- Smooth product surface
- Better coating quality
Enhance mixing possibility
- Increase flow rate
- Enhance adhesion to mixture
- Improve homogeneous material powder mixing quality