Allance Mini Copper Granulator

by Jessica B. marketing manager
This X400 copper wire granualtor is the one with the smallest processing capacity in the copper recycling machines family. High
Recommended Features
  • High purity of 99.99%
  • Applicable for wire of 1-20 mm
  • Short delivery time
  • Considerate service
  • long service life
Learn more about Allance Mini Copper Granulator»

Review on Allance Mini Copper Granulator

For many recyclers, copper wire scrap is one part, how to improve copper purity with low cost is very important. Our mini copper granulator is just designed for this.

Feature of X400 Copper Cable Granulator

Mini Copper Wire Granulator Features:
1. The machine itself is made of a granulator, vibrator, dust collector and an electric control box and with all fixed on one base. It is space saving, easy to move and operate.
2. Main parts are connected together by screw so it will be very easy to maintain.
3. It is also eco-friendly. The whole process adopts dry processing and will collect all the dust so there is no pollution.
4. Processing quantity is smaller and price is more economical, very fit for small users.
5. The purity rate of the separation will be approx. 98% depending on the material which is being processed.
6. Blades can be reground and service life could be quite long if used correctly.
7. Voltage and frequency can be customized according to customers local situation.

Welcome to send inquiry directly to

Related to Allance Mini Copper Granulator

Related Articles

Overview of the Whole Copper Recycling Chain

Copper is of good characteristics. It is easily stretched, molded, and shaped; is resistant to corrosion; conducts heat and electricity easily. Therefore, copper is widely used in construction, power ...

Sponsor Ads

About Jessica B. Freshman   marketing manager

3 connections, 0 recommendations, 31 honor points.
Joined APSense since, February 17th, 2016, From Zhenghzhou, China.

Created on Sep 27th 2016 02:04. Viewed 998 times.


No comment, be the first to comment.
Please sign in before you comment.