XHT3075 Compact and High-Performance Sand Washing Recycling and Dewatering Machine

Product Introduction:

The Sand Washing Recycling and Dewatering Machine combines water washing, fine sand dewatering, and recovery into one unit, hence also known as a sand washing and recycling unit, fine sand recovery and dewatering integrated machine, or mud-sand water washing separation equipment. This machine cleverly integrates the fine sand recovery machine with the sand washer, featuring a compact and cost-effective design compared to investing in two separate units.

Working Principle:

The sand-water mixture enters the cleaning tank, where the impeller separator separates the components. It then proceeds to the lower dewatering screen for dewatering. The overflow water from the cleaning tank (containing a significant amount of fine sand, mud, dust, and impurities) is pumped by a vacuum high-pressure pump to a high-pressure separator. The concentrated fine sand after centrifugal grading is discharged through the sand settling nozzle onto the upper layer of the dewatering screen. The waste water, mud, dust, and impurities in the cleaning tank are discharged through the overflow outlet of the high-pressure separator into the high-level return water tank and then out. The upper layer yields coarse sand, the lower layer produces fine sand, or a mix of coarse and fine sand (adjustable as per requirements).

Overall, the wheel sand washer operates on the principle of using the rotating impeller to scrub and clean the material by creating friction and agitation, ultimately separating impurities and contaminants from the sand or crushed ores.

Product Structure:

The sand washing and recycling dewatering integrated machine is mainly divided into the sand washing section and the fine sand recovery section. The sand washing section performs functions similar to a typical wheel-type sand washer, used for washing, dewatering, and desliming. The recovery section can be customized based on customer needs. For fine sand recovery, a standard fine sand recovery system can be connected, while for fine sand dewatering recovery, a dewatering type fine sand recovery machine can be linked. Different sand output requirements can be met by configuring multi-layer dewatering screens.

Product Advantages:

• Combines the advantages of sand washing and fine sand recovery machines, offering water washing, fine sand dewatering, and recovery functions.
• Features a rational structure, small footprint, simple installation, and lower investment costs compared to two separate units.
• Can be tailored to specific requirements.
• Cleans materials more thoroughly than traditional sand washers, improving sand quality and price.
• Higher operational efficiency, lower energy consumption, and environmental friendliness.
• Long service life with low maintenance costs.

Technical Parameters:

On-site Installation View:

Hunan Yuantong Heavy Industry Co., Ltd., formerly known as Hunan Yuantong Alloy Powder Equipment Co., Ltd., was established in December 1996. Situated in the picturesque Jiahe Casting and Forging Technology Industrial Park in Chenzhou City, Hunan Province, nestled in the scenic backyard of Guangdong, Hong Kong, and Macao, the company enjoys a strategic location. The region is crisscrossed by major transportation arteries, facilitating seamless connectivity from north to south and east to west.

Leveraging cutting-edge technologies from Tsinghua University, Central South University, and Hunan University, the company stands as a private industrial entity that harmonizes research and development, production, and sales seamlessly.

In contrast to conventional ball mills, rod mills, Raymond mills, cone crushers, impact crushers, vertical shaft impact crushers, and hammer crushers, Yuantong has effectively addressed environmental protection, energy conservation, and low wear concerns for users in sand, stone engineering, grinding, and powder engineering industry. This has established a benchmark level of operational efficiency and benefits, contributing advanced and scientific equipment for crushing, machine-made sand production, grinding, and powder engineering across metal mines, non-metallic mines, cement, building materials, metallurgy, chemicals, thermal power, refractory materials, ceramics, and coal sectors.