Ore Crusher: Facilitates the production of sharp sand-sized products.
Sand refining machine EXR series
The hammer crusher, with an overwhelming yield of 15 to 100 mesh, enables the production of sharp sand from raw materials such as small stones or sand-sized materials around 10mm.
"Dry" Sand Making Machine Sand Refiner EXR Series Crushing raw materials such as small stones and sand-sized particles of about 10mm into sand size is surprisingly difficult. The EXR series not only easily solves this issue but also allows for fine peak adjustments, such as wanting to produce silica sand No. 5 and No. 6 using silica sand No. 4 and No. 5 as raw materials. Additionally, it demonstrates granulation and beneficiation effects simultaneously, enabling the production of products with excellent particle shapes. The outstanding wear resistance cultivated in silica sand production boasts a track record of reducing running costs by 90% when replacing other companies' crushers, particularly in the production of sand from lime-based raw materials.
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basic information
◆EXR-2110 1. Maximum input capacity (t/h): 10 2. Power: ~37kw 3. Maximum input size: 8mm (Hammer CSL), 20mm (Hammer C) 4. Dimensions (mm): W1105×D1200×H1120 5. Weight (Kg): Approximately 2,000 ◆EXR-2150 1. Maximum input capacity (t/h): 50 2. Power: ~132kw 3. Maximum input size: 8mm (Hammer CSL), 20mm (Hammer C) 4. Dimensions (mm): W1862×D1435×H1450 5. Weight (Kg): Approximately 4,500
Price information
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Delivery Time
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Applications/Examples of results
【Usage】 1. Processing of ores (crushing to sand size) Silica, limestone (calcium carbonate), quicklime, dolomite, talc, zeolite, coke, etc. 2. For resource recycling Recycling of foundry sand, particle size adjustment, etc.
Detailed information
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"We are discarding 18-36 mesh that cannot be used for foundry sand. We would like to crush this to reduce the 18-36 mesh as much as possible while increasing the more usable 50-140 mesh, aiming for waste reduction and improved yield," we received this consultation from a foundry sand manufacturer. They expressed a desire for subtle adjustments in particle size that are not visible to the naked eye. Nevertheless, with the EXR series, we were able to reduce the originally 27.5% of 18-26 mesh to 7% (approximately reducing waste by 74.5%) and increase the 50-140 mesh from 72.1% to 84.5%.
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The raw material with a particle shape coefficient of 1.23 has a particle shape coefficient of 1.19 after grinding with the EXR series. *Note: A particle shape coefficient of 1.00 indicates a perfect sphere.
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Crushing example: Limestone (calcium carbonate)
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Crushing example: Limestone (calcium carbonate)
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Crushing example: Limestone (calcium carbonate)
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Crushing example: quicklime
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Crushing example: Zeolite
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Coke
Line up（2）
| Model number | overview |
|---|---|
| EXR-2110 | Maximum input capacity of 10t/h class. |
| EXR-2150 | Maximum input capacity of 50t/h class. |
catalog（1）
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Company information
A long-established crushing machine manufacturer that has been pursuing the "sand production" technology of crushing hard materials to sand size in a single pass for over half a century. Boasting overwhelming production efficiency where almost all of the input material is converted to product size in a single pass, it is compact and does not require auxiliary equipment. Its excellent wear resistance significantly reduces running costs, allowing for maximum profit with minimal investment. There is a wealth of experience in producing sand-sized products from limestone-based materials, and the dry crushing unit specialized for producing crushed sand for concrete holds the top domestic market share, with increasing adoption overseas. Additionally, the media shredder that applies this "sand production" technology is compatible with HDDs and SSDs, and can reliably physically destroy fine media, such as semiconductor chips, into sand-like particles. This makes it widely used not only for data erasure but also for product functionality destruction and recycling.
