BX Fine Sand Recovery Machine

The BX Fine Sand Recovery Machine addresses the critical challenge of recovering valuable fine sand particles (minus 200 mesh) that would otherwise be lost to tailings ponds in conventional washing operations. This hydrocyclone-based recovery system improves overall plant yield and reduces environmental impact.

Delivery :

FOB/CIF

minimum order :

1 piece

Supply Ability :

15piece / Day

Stock Time :

15Day

Country of Origin :

CHINA

Quantity :

Contact Now

Specification ：

型号 Model	分离器规格Separator specifications (mm)	脱水筛材质Dehydration sieve material	脱水筛功率Dehydration screen power (kw)	水泵电机功率Pump motor power (kw)	振动电机功率Vibration motor power (kw)	筛面尺寸 Screen size (mm)	生产能力Capacity(t/h)
BX250	250	高分子聚氨酯 High polymer polyurethane	2 × 0.55	11–17.5	2 × 0.55	700 × 1800	20-60
BX300	300		2 × 0.75	11–15	2 × 0.75	900 × 2000	40-80
BX350	350		2 × 0.75	15	2 × 0.75	900 × 2000	40-100
BX550	550		2 × 1.1	15–22	2 × 1.1	1500 × 3000	80-120
BX650	650		2 × 1.1	18.5–30	2 × 1.1	1500 × 3000	80-150
BX750	750		2 × 1.5	37–55	2 × 1.5	1500 × 3000 / 1800 × 4000	130-220
BX900	900		2 × 2.2	55–65	2 × 2.2	1800 × 4000 / 2000 × 5000	160-280

Core Function :

-Hydrocyclone Classification: Multiple small-diameter hydrocyclones create high centrifugal forces that separate fine sand from slurry water based on particle size and specific gravity differences

-Dewatering Screen Integration: High-frequency linear motion screen receives cyclone underflow and removes excess water, producing damp fine sand concentrate suitable for blending with coarse product

-Slurry Pump Feed: Centrifugal slurry pump delivers classified feed to cyclones at optimal pressure and flow rate for efficient separation performance across varying feed conditions

-Clarified Water Return: Cyclone overflow containing minimal suspended solids returns to process water tank or settling pond for reuse in washing circuit, conserving water resources

Application :

-Manufactured Sand Plants: VSI and HSI sand making operations recovering valuable minus 100 mesh material that would otherwise report to settling ponds, improving overall yield by 10-15%

-Alluvial Diamond Mining: Diamond recovery operations concentrating heavy mineral sands and preventing loss of small diamonds to tailings through efficient fine particle capture

-Iron Ore Beneficiation: Iron ore washing plants recovering fine hematite and magnetite particles for pellet feed or sinter plant feedstock, maximizing resource utilization

-Environmental Remediation: Contaminated soil washing projects recovering clean sand fractions while separating hazardous fines for specialized treatment and disposal

Advantage :

-Increased Plant Yield: Recovering 10-15% additional saleable product from waste stream significantly improves project economics and extends mine life from existing reserves

-Reduced Tailings Volume: Removing fine sand from tailings slurry decreases settling pond requirements and dam construction costs while improving water clarification rates

-Flexible Product Blending: Recovered fine sand can be blended back into main product stream to fill specific gradation gaps or sold separately as specialty filter sand or play sand

-Environmental Compliance: Reduced solid discharge to tailings ponds minimizes environmental footprint and facilitates eventual site rehabilitation and closure planning