Jar Hing Products Co.,Ltd.
Jar Hing Products Co.,Ltd.
Products
HOME > Products
Non Lubricating Design Slurry Pump
  • Non Lubricating Design Slurry PumpNon Lubricating Design Slurry Pump

Non Lubricating Design Slurry Pump

Model:MUDP-6TS
Jar Hing is a high quality Non Lubricating Design Slurry Pump supplier and can provide customized services for equipment. This pump is the "heart" connecting the slurry tank and the assembly line. In the shell making process of investment casting, it is responsible for stable delivery of slurry, completely eliminating slurry precipitation, and ensuring smooth and flawless casting surfaces.

Contact Jar Hing and ask us to be your wax injection and molded case manufacturer, including the Non Lubricating Design Slurry Pump, which features a high quality, non-lubricated design with a non-lubricated cartridge and wear-resistant ceramic valve plate, and a special diaphragm pump for durability.

Our High-Quality Slurry Pumps Are a Worthwhile Choice

Most of the peers will float sand machine and external dust collector, separate sales, our home is an integrated design, not only cheaper 20%, but also save space, easy to maintain.
Different from the common one-year warranty on the market, Jar Hing supports a 2-year warranty for the whole machine and a 3-year warranty for core components. If you have any problems, you can contact us at any time and you will respond within 24 hours.
Fluent language communication, facing the biggest export language problem, we have a professional technical team, whether it is Chinese, English consultation, can easily communicate.

What Are the Advantages of Choosing This Floating Sand Machine?

1. Easy maintenance:
The core moving parts of the mud pump are made of self-lubricating composite materials, which do not need to add additional lubricating oil during the whole service life, which not only saves maintenance time and cost, but also avoids the risk of oil pollution slurry, especially suitable for precision casting with high cleanliness requirements.
2. Wear resistance:
The flow parts of the machine use high-chromium wear-resistant alloy, which can easily cope with the erosion of various abrasive solid particles in the slurry, so the service life is significantly better than ordinary materials.
3. Smooth operation:
Non Lubricating Design Slurry Pump's power end transmission mechanism is precisely dynamically balanced to effectively suppress vibration and noise from the source, ensuring a quieter and more comfortable working environment.
4. Scientific efficiency:
This pump optimizes the hydraulic model for casting slurry characteristics, and with its efficient and energy-saving motor, it ensures sufficient head and flow while reducing unit energy consumption.

FAQ

Q: Does this pump really require no lubrication at all?
A: Yes, the core friction pair adopts special self-lubricating materials, and there is no need to add lubricating oil during the design service life.


Q: What if you encounter large particles or accidentally get stuck?
A: Our pump body structure design takes this possibility into account, so maintenance is simple, usually only a short time to stop, you can quickly clean up and restore.


Q: Does it support non-standard customization? Like special interfaces or traffic?
A: Of course, Jar Hing factory can customize the interface size, flow rate, lift and material of overflow parts according to your specific working conditions and requirements.

Hot Tags: Non Lubricating Design Slurry Pump, China, Manufacturer, Supplier, Factory
Send Inquiry
Contact Info
Have questions or need a quote? Reach out to Jar Hing Products today! Our team is ready to provide you with the best solutions tailored to your needs. We offer fast response times and personalized service to help you find the perfect Precision Casting Equipment for your business.
Jar Hing Products Co.,Ltd.
Room 805, Huaxu Building, NO.95 Renmin South Road, Taicang City, Jiangsu Province, China
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept