Stainless Steel Pneumatic Cement Powder Conveying Pump for Bulk Material Transfer Station

• Customization: Available
• After-sales Service: Provide a Complete Installation and Operation Manu
• Warranty: One Year
• Type: Concrete Mixing Plant
• Shotcrete Type: Dry
• Machining Process: Welded Molding Machine
• Structure: Rotor Type
• Productivity: 150m²/h
• Feeding Height: 1390mm
• Vibrating Amplitude: 2.2mm
• Certification: ISO9001: 2000, CE
• Condition: New
• Color: Accordingly
• Name: Pneumatic Conveyor System
• Usage: Deliver Cement
• Usage 1: Salt
• Name 2: Professional Manufacturer Screw Conveyor Flexible
• Name 3: Professional Manufacturer Cement Screw Conveyor Sc
• Name 4: Professional Manufacturer Screw Conveyor with Scal
• Name 5: Professional Manufacturer Worm Elevator Screw Conv
• Name 6: Professional Manufacturer Cryogenic Grinder with S
• Name 7: Professional Manufacturer High Speed Washer Screw
• Name 8: Professional Manufacturer Screw Tower Oven Convey
• Name 9: Professional Manufacturer Gear Reducer of Screw Co
• Name 10: Professional Manufacturer Cryogenic Screw Conveyor
• Name 11: Professional Manufacturer Screw Conveyor Price SCR
• Transport Package: Laminated Packaging
• Specification: accordingly
• Trademark: SDCAD
• Origin: China
• HS Code: 8474900000
• Production Capacity: 5000 Sets/Month

Product Description

Pneumatic Conveying System

The forms: Pneumatic conveying are the dilute phase and dense phase.

 

The type: Pneumatic conveying are pressure and vacuum.

Application: Cement, fly ash, starch, sugar, salt, sand, plastic pellets, oats, polymers, lime, soda ash, plastic resin, plastic powder, dry milk, and feeds

 

Pneumatic Conveying System
Full Process Solution Provider SDCAD

Flour	Starch	Protein powder	Powdered milk	Bean cake	Yuba	Soybean
White sheet	Soybean meall	Wheat bran	Glucose	Powdered sugar	Monosodium glutamate	Lysine
Organic acids	Chocolates	Gelatin	Pectin	Cellulose	Alkali cellulose	Malt
Cotton powder	Wheat	Corn	Rice	Rice husk	Biological enzyme	Sawdust
Cement	Fly ash	Mineral powder	Electrically calcimed coal	Titanium powder	Titanium dioxide	Clay
Bentonite	Kaolin	Diatomaceous earth	Aluminium vanadium and soil	Calcite	Talc	Fluorite powder
Dolomite fines	Barite	Dye	Soda	Silicon dioxide	Borax	Molding sand
Pearl sand	Magnesia	Zinc calcine	Quartz sand	Micro silicon powder	Taoli sand	Iron oxide
Magnesium oxide	Magnesium hydroxide	Zinc oxide	Alumina	Aluminuim powder	Aluminum scrap	Sodium chloride
Ferrous sulfate	Barium sulfate	Vitrified beads	Plant ash	Activated carbon	Limestone	Lime powder
Hydrated lime	Gypsum powder	MAFILON	Calcium carbonate	Carbide slag	Pulverized coal	Petroleum coke
Metalurgical coke	Graphite	Carbon black	White carbon black	Catalyst	Glass fiber	Polymer
Chemical fertilizer	Urea	Melamine	Dicyandiamide	Lime nitrogen	Rubber powder	Active ammonia
C0304	SBS	PET	MOCA	PTA	EPS	ABS
TPU	BHT	BOPP	CPE	ALF3	PVC	PE

Project	Conveying capacity(t/h)	Conveying Pressure(kPa)	Conveying distance(m)	Diameter of conveying pipe (mm)
Parameter	≤100	≤196	<300	225

Key Advantages:
Works well with different bulk densities like micro silica, fly ash, and GGBFS. 
Simplified maintenance:
   o   Fewer wear points, which can lower maintenance costs.
   o   Simpler to clean and inspect.

Flexible Layout:

Can adapt to complex routing needs. 
May eliminate the need for a bucket elevator, simplifying the design. 
Faster installation.


LONG DISTANCE CONVEYING OF CEMENT

Specially designed for long distance conveying of cement and other fine powders, the dense phase conveying system is an easy retrofit to an operation accustom to screw pumps.

Since smaller compressors are required for its operation, energy savings are a result over the more traditional conveying methods. With its simple design and versatility, cement conveying and other building materials, dense phase conveying systems are typically simple and economical in design and implementation.

Dense phase pneumatic conveying requires smaller compressors, lower air consumption, and smaller exhaust fans. Also the method of moving the material at slower velocities extends the pipe duct life.