Low Maintenance Cost Superfine Sand Making Machine With Stable Structure


Description

This series of sand making machine is developed by our company in response to the development demands of the market prospects. It combines the advantages of traditional equipment such as hammer crushers, impact crushers, and vertical shaft impact crushers. It has achieved significant breakthroughs in aspects such as the finished product rate of sand making, power consumption and energy saving, resource utilization, and powder content control. It has advantages such as large feed size, high sand making rate, low energy consumption, low powder content, excellent finished particle shape, and reasonable gradation. It can be widely applied to the crushing and sand making operations of various materials with a compressive strength of no more than 140 Mpa, and can solve the pain point demands of the industry for sand making from small stones.

Technical Details

Product Advantage

• Optimized Crushing Chamber Design
  The design of the crushing chamber size and impact angle has been optimized to enhance solidity, resulting in higher material crushing efficiency. The output rate of finished products in the 0-5mm range can reach up to 80%.

• Improved Particle Shape and Gradation
  The product offers excellent particle shape and a well-balanced gradation, ensuring quality output.

• Increased Production Capacity
  Our equipment boasts a production capacity that is 10-30% higher than similar models in the industry.

• Durable Hammer Head
  Made from advanced materials, the hammer head's durability is 2-10 times greater than that of high-fine crushing hammer heads offered by competitors.

• Convenient Maintenance Features
  The hydraulic cover opening structure simplifies the maintenance and replacement of accessories, making service quick and efficient.

• Adjustable Crushing Gap
  The patented structure allows for adjustments to the crushing gap based on customer requirements, enabling precise control over the gradation ratio of the sand produced.

Applicable Materials and Application

Sand making machine applicable for mining, metallurgy, building materials, transportation, water conservancy and hydropower, construction. Applicable to the production of all machine-made sand in the sand and gravel aggregate industry, including common limestone, river pebble, basalt, granite, iron ore, construction waste, etc.Different models match different materials.


Company Infomation



Chongqing Sanming Heavy Industry Co., Ltd. was established in 1994 as a comprehensive equipment manufacturing company that integrates scientific research, production, sales and service. Adhering to the business philosophy of "honesty, pragmatism and innovation", and focusing on the product orientation of "intelligence, high efficiency, energy conservation and environmental protection,” with 30 years of innovative development, Sanming’s products now include stone crusher and screening equipment, casting spare parts, intelligent control systems, and EPC general contracting projects, covering numerous industries such as mining, building materials, highways, railways, bridges, coal, metallurgy and chemical industry. It has become a national high-tech company.

Workshop

Production and Processing Workshop


Finished Product Display Workshop



Project Cases





FAQ

1.Can I have a sample order?
A: Yes.
2.What about the leading time ?
A: 15 working days.

3.Do you have any MOQ limit ?
A: MOQ is 1 set.

4.Can you provide OEM and ODM services?
A: Yes.

5.Will you provide pre-sale services ?
A: Yes. SAMYHI consists of experienced specialists, we will offer a suitable solution according client's requirement in time.

6.Is our after-sales service excellent ?
A: Yes. SAMYHI's skilled technicians are available to assist with onsite installation,commissioning & training on request.

7.Will we provide technical support ?
A: SAMYHI provides enough hardware resource especially for large-scale production lines, clients can carry out installation, commissioning and acceptance before delivery.