Sic Ceramic Slurry Pump Spare Parts

• After-sales Service: 1 Years
• Warranty: 1 Year Warranty ( Except Wetted Parts)
• Max.Head: 50-80m
• Max.Capacity: >400 L/min
• Driving Type: Motor
• Impeller Number: Single-Stage Pump
• Model NO.: BODA-00002
• Working Pressure: High Pressure Pump
• Influent Type of Impeller: Single Suction Pump
• Position of Pump Shaft: Horizontal Pump
• Pump Casing Combined: Horizontal Split Pumps
• Mounting Height: Suction Centrifugal
• Impeller: Open or Closed
• Usage: Pump, Pumps, Slurry Pump
• Material: Sic Ceramic
• Factory: Yes
• OEM: Yes
• Fuel: Electric /Diesel
• Name: Sic Ceramic Heavy Duty Slurry Pump
• Type: Horizontal Centrifugal Pump
• Application: Mining, Power Plant, Coal Washery etc
• Seal Form: Mechanical Seal, Packing Seal, Expeller Seal
• Working Life: Long
• Transport Package: Wooden Case
• Specification: ISO SGS
• Trademark: Boda
• Origin: Shijiazhuang
• HS Code: 8413709990
• Production Capacity: 500 Sets/Month

Product Description

 Ceramic Slurry Pump Parts

Product Description

The impeller is the main rotating component which normally has vanes to impart and direct the centrifugal force to the liquid.

Closed Impeller

Impellers are generally closed because of higher efficiencies and are less prone to wear in the front liner region.

Efficiency Francis Vane

Some advantages of the Francis vane profile are the higher efficiency, improved suction performance and slightly better wear life in certain types of slurry because the incidence angle to the fluid is more effective.

Concave Designed

The impeller is concaved designed, the pressure around the shrouds will be lower, so it will have a better wear performance.

Material

The wet parts are made of silicon carbide ceramic by sintering processing, which will give the pump exccellent wear and corrosion resistan performance, and it can also resistant impact by large particles(<15mm) in slurry. These are what metal alloy pump can not do.

- Wear resistant
- corrosion resistant
- Stand impact

Customer Case-Concentrate Feed Pump

Client Mineral sands operations in South West of Western Australia. Equipment   Duty Concentrated mineral transfer with acid pH 2.0 Original Equipment Trim Polyurethane or rubber trim. High cost specialty alloy impeller. Original Equipment Life 2 weeks on polyurethane or rubber trim. 2.5 to 3 weeks on costly specialty alloy impeller.

Ceramic Pump Trim Ceramic Impeller, Ceramic Volute, Ceramic Frame Plate. Ceramic wet parts Life 20 weeks on Ceramax components with approx. 10 to 15% wear on leading edge of impeller vanes. Volute and FPLI show no signs of localised or uniformed wear. Current Outcomes Existing life improvement of over 2000% against original equipment fit up. Projected Outcomes Based on existing wear rates it is anticipated that the Ceramax parts will remain in place for another 20 weeks at which time they will be re-inspected. This would result in a life improvement of over 4000% against the original equipment best results.

The slurry pump parts consists wet parts, sealing parts, bearing assembly, pedestal and other parts.
 

In slurry pump, Wet Parts means the lining parts which contact with fluid media, usually it include impeller, volute, frame plate, throat bush. There parts will easily get corrosived or abrasived when working and get repalced every periods.

Usually the pump parts are made of iron, steel, bronze, brass, aluminum, plastic etc. For Slurry pumps they are normally made of High chrome alloy, elastomer, polyurethane, ceramic and some other customed. But High chrome alloy and elastomer are now the main material for the slurry pumps. Recent years some companies are trying to make wet parts by ceramics and many data come from labs and mills show that the ceramic wet parts can work for a longer time than high chrome alloy.

For chrome alloy material, the common type is High chrome Alloy(27%Cr), it can be used from Ph 5 to 12, and its hardness can be to HRC58, which is a very good choice for slurry control and transport. But in some conditions, the Ph may lower than 5, then we try A49, it can lower to Ph4, mostly used in FGD processing.

The elastomer are widely used in fine slurry conditions and lower Ph to 2. There are also many rubbers for different conditions, such as BR08, BR26, BR55, S02, etc.

And recently, Polyurethane becomes popular in some conditions. It is good at corrosion and wear conditions.

What's more Ceramic material for slurry pump is perfect to replace elastomers and polyurethane in some condition. High Hardness and great corrosion make it even can replace the metal impeller in some conditions.

The most important things for stopping ceramic slurry pump to replace other ones are the price and friability. But some companies have solved these problems, that is to say some companies have made it success to manufacturing ceramic slurry pump that can stand impact by particles in the fluid media and the pump is not such expensive.