- service@minespareparts.com
Sand Washer is generally used to clear up and remove the dirt and contaminate mixed in sandstones. Novel sealing structure, adjustable overflow weir and reliable transmission system could fully ensure the complete washing and dehydrating. It is frequently used in industries in need of sand including highway, water conservancy and constructions.
When working, the power device drives the impeller to rotate slowly after deceleration by triangular belt, reducer and gear, and the sand and gravel enter the washing groove from the feeding groove to complete the cleaning function.The clean sand is carried away by the blades, and finally the sand is poured into the discharge groove from the rotating impeller to complete the cleaning of the sand.
1. sand washing machine structure is simple, impeller drive bearing device and water and water material isolation greatly avoid bearing damage caused by water, sand and pollutants.
2. Sand washing machine (sand washing machine) used for sand washing in sand and gravel field has significant advantages over traditional sand washing machine as follows:
A. Very little fine sand and stone powder was lost, and the sand gradation and fineness modulus of the washed building sand reached the national scale of "sand for construction" and "pebble and gravel for construction".
B. Wheel bucket sand washer has almost no wearing parts except the screen screen.
C. Long service life, no maintenance for a long time.
3. Reasonable structure, convenient maintenance, large processing capacity, small power consumption and high cleanliness.Novel sealing structure, full sealing oil bath type transmission device, adjustable overflow weir plate ensure that the series of products are efficient, durable, cleaning, dehydration effect is good, fine products keep not disorderly and other characteristics.
4. It is used for washing, grading and dehydration of small particles of sand and stone used in construction sites, sand and stone factories, glass factories, hydropower stations and other units
Model | Screw Diameter(mm) | Chute Length(mm) | Feed Size(mm) | Processing Capcity(t/h) | Screw Speed(r/min) | Motor Power(kw) | Water Consumption(t/h) | Overall Dimensions(L×W×H)(mm) | Weight(t) |
XL915 | 915 | 7585 | ≤10 | 100 | 21 | 11 | 10-80 | 8500×2810×3600 | 6.27 |
2XL915 | 915 | 7585 | ≤10 | 200 | 21 | 2×11 | 20-160 | 8420×3765×3960 | 11.11 |
XL115 | 1115 | 9782 | ≤10 | 175 | 17 | 15 | 20-150 | 10970×3945×4720 | 10.18 |
2XL115 | 1115 | 9782 | ≤10 | 350 | 17 | 2×15 | 40-300 | 10970×5250×4720 | 17.94 |
Model | Screw Diameter(mm) | Chute Length(mm) | Feed Size(mm) | Processing Capcity(t/h) | Screw Speed(r/min) | Motor Power(kw) | Water Consumption(t/h) | Overall Dimensions(L×W×H)(mm) | Weight(t) |
XS2610 | 2600 | 3220 | ≤10 | 50 | 0.8 | 5.5 | 4-4.5 | 3220×2125×2670 | 2.7 |
XS3016 | 3000 | 3810 | ≤10 | 80 | 0.8 | 15 | 10-20 | 3800×3686×3085 | 3.3 |