• Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger
  • Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger
  • Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger
  • Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger
  • Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger
  • Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger

Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger

After-sales Service: Available
Warranty: One Year
Type: Coating Production Line
Coating: Powder Coating
Substrate: Steel
Certification: CE, ISO
Samples:
US$ 8000/Piece 1 Piece(Min.Order)
| Request Sample
Customization:
Gold Member Since 2016

Suppliers with verified business licenses

Manufacturer/Factory & Trading Company

Basic Info.

Model NO.
TOPSUN
Condition
New
Mill Motor
4kw
Rotor Speed
10000rpm
Classifier Motor
0.75kw
Classifier Speed
3000rpm
Fan
5.5kw
Air
800cbm/H
Throughput
40-70kg/H
Overall Dimensions
2100*1800*2200
Transport Package
Pallet, Case
Specification
ACM
Trademark
TOPSUN
Origin
Yantai, China
HS Code
8474
Production Capacity
5 PCS/Month

Product Description

ACM Grinding and Classifying System:

Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger
Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger

Features:

Safety in accordance with EU explosion resistant standard ATEX/PSR11

Low noise design (from mill to fan system)

Particle size distribution adjustable

Mill body temperature and air intake volume monitoring

Rotary sieve with unique design and durable for mesh wear issue

Whole grinding system designed for powder dust free

Finished powder products with more than 98 percent

High output, easy operation cleaning and maintenance



Workshop:

Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger
Powder Coatings Acm Grinder with Rotary Sieve and Heat Exchanger

Cooling and Flaking

Extrudate exits the barrel at a relatively high temperature typically ranging between 212 to 284°F (100 to 140°C). This molten material needs to be rapidly cooled to avoid pre-reaction, or "B-staging." The cooling process involves introducing the moving extrudate into a set of chilled rolls, which then convey a ribbon of material onto another cooling surface such as a continuous belt or rotating drum. After the extrudate is sufficiently cooled it is broken into flakes that are suitable for feeding into a comminution or milling process.



The process of manufacturing a powder coating is a relatively complex semi-continuous endeavor. The raw materials are committed early in the process and formula cannot be easily changed after extrusion. It is therefore very important to control the quality of the raw materials and the manufacturing process. This requires a well-trained production staff, vigilance in adherence to manufacturing procedures, and a steadfast respect for process control. Keeping these things in the forefront allows successful manufacture of high quality powder coatings



 

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now