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High frequency vibrating fine screen quality identification

High frequency vibrating fine screen quality identification-Machinery & Equipment-CAS Testing Technical Services (Hong Kong) Company Limited

Quality of high-frequency vibrating fine sieveAppraisal Background

High-frequency vibrating fine screen is referred to as high-frequency screen. The high-frequency vibrating screen (high-frequency screen) consists of an exciter, a slurry distributor, a screen frame, a frame, a suspension spring and a screen. High frequency vibrating screen is the most important screening machine in the mineral processing industry. It is used to separate solid-containing and broken ores with a particle size of about 200μm, and is suitable for completely wet and dry raw materials.
In the case of high-frequency vibration fine sieve quality appraisal, Zhongke Testing can provide high-frequency vibration fine sieve quality appraisal services.

Quality of high-frequency vibrating fine sieveAppraisal Scope

Vibration high-frequency sieves, hammering high-frequency sieves, experimental testing high-frequency sieves, other types of high-frequency sieves, etc.

Quality of high-frequency vibrating fine sieveAccreditation criteria

GB/T 26964-2011 Vibrating screen screen plate wear
GB/T 26506-2011 Cantilever screen vibrating screen
DL/T 1963-2019 High amplitude vibrating screen
JB/T 13457-2018 Feed port vibrating screen
JB/T 4042-2018 Vibrating screen Test method
JB/T 10653-2017 High-frequency linear vibrating screen
JB/T 12811-2016 Hydraulic high-frequency vibrating screen
JB/T 5496-2015 General technical conditions for vibrating screen manufacturing
JB/T 12181-2015 Multi-feed high-frequency linear vibrating screen

Quality of high-frequency vibrating fine sieveAuthentication case

was entrusted by * Mining Co., Ltd. to conduct an appraisal and analysis on "whether there are quality problems" with the high-frequency vibrating fine screen involved.
identification and analysis results:
The identification and analysis expert group discussed the relevant information and on-site investigation of the high-frequency vibrating fine screen involved and made a comprehensive quality and technical analysis, and made the following suggestions and conclusions:
1. The screening efficiency does not meet the contract agreement: Magnet links are easily formed during the ore feeding process, which affects the screening efficiency. Usually, a demagnetizer should be installed in the ore feeding pipeline for pretreatment.
2, supporting facilities do not comply with the agreement.

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