Industrial Xxnx-hot-selling Coffee Seed Rectangle Linear Vibrator Screen

Product Introduction

Main Features

1. Refined and durable design, easy to be operated.
2. Convenient and rapid screen changing and cleaning.
3. All contact parts of this kind of linear vibrating screen are made of stainless steel to ensure the purity.
4. Less malfunction, easy maintenance and convenient repairing.
5. Except standard configuration, diameter of sieve holes may be tailored according to customers' requirements.

Technical Parameters

Using Scope

Linear screen vibrator is widely used in chemical, food flavors, plastics, mining, medicine, wood and plywood,metallurgy, rubber, feed, fertilizer, sugar, salt, or renewable industries.

Company Information

Xinxiang Dayong Vibration Equipment Co., Ltd. was found in 2003. It is a professional manufacturer of screening equipment. Specialized in rotary vibrating screen, ultrasonic vibrating screen, linear vibrating screen and so on.
Clients' continuous recognition and confidence in our products not only enriched our product range and also accelerated growth of our company.
"Contributing to the world through high quality and low cost" it is our goal.

FAQ

1. How to find suitable model?
Let us know below details:
a. Required capacity, e.g. 200kg/hour.
b. Layers of screens, e.g. 2 layers.
c. Screen mesh size, or particle size. e.g. 1mm or 20 mesh.
d. Material name, water content ratio. e.g. dried flour powder.
e. Other special requirement.
2. Warranty:
You have 12 month guarantee, we provide 100% original spare parts and
online support if any breakdown in warranty period.
3. Price security:
We stand 50% of the floating cost if exchange rate changes before delivery.
4. How to ensure the machine work good with my material?
We can test your material in the machine and let you see process in video.

Q: What information do I need to provide for getting an accurate quotation for linear vibrating screen sieve?

1. Material’s name, bulk density, and water content

2. Capacity you required___kg/h

3. What’s the purpose for our machine? Filtering, removing impurities or classification?

4. How many layers do you need?

5. The mesh size for each layer

6. Voltage and frequency