Boberry

Stainless Steel Cast Pump

  • Complex casting capability: One-piece housings with internal channels, improving strength and reducing welding or assembly points.
  • Wide material selection: Stainless steel, cast iron, and alloys such as 304, 304L, 316, 316L for different media and environments.
  • Excellent performance: Anti-corrosion, shock absorption, low noise, and small vibration under continuous operation.
  • Broad application range: Suitable for chemical, pipeline, fluid transfer, offshore, and general industrial machinery.
  • Customer-specific design: Pump bodies produced strictly to client drawings, specifications, and performance requirements.

Technical Specifications

Item Details
Product Name Cast Pump / Cast Pump Body
Manufacturing Process Precision casting with machining of critical surfaces and connections
Material Options Stainless steel (304, 304L, 316, 316L), cast iron, other alloys on request
Structure One-piece pump casing with complex internal flow passages
Performance Features Anti-corrosion, shock absorption, low noise, and small vibration
Dimensional Tolerance According to customer drawing and relevant standards
Surface Finish Machined surfaces, shot/sand blasted, optional passivation or coating
Connection Types Flanged or custom connections as specified
Quality Control Material certification, dimensional inspection, and optional hydrostatic and leak tests
Documentation Material test reports, inspection records, and traceability information
Production Mode OEM / custom production based on client designs

Alloy Options & Typical Uses

Alloy Typical Applications
304 Food-grade housings, bodies, plate heat exchangers, bellows, general industrial, and offshore components
304L/316L Welded structures, piping, heat exchangers, food and chemical industry equipment
316 Pump housings, gears, plates, and valves in paper-making, offshore, construction, and piping systems

Production Process

Our precision casting production process integrates wax modeling, automated shell making, controlled pouring, heat treatment, and machining to ensure dimensional accuracy, integrity, and quality.

Wax Injection

Wax Injection

Shell Making

Shell Making

Shell Baking

Shell Baking

Pouring

Pouring

Shot Blasting

Shot Blasting

Heat Treatment

Heat Treatment

Machining

Machining

Inspection

Inspection

Advanced Workshop

Advanced workshops include wax model production, CNC robotic shell making, semi-automatic pouring, baking furnaces, and machining centers supporting automation, efficiency, flexibility, and operations.

Medium Temperature Wax Workshop

Medium Temperature Wax Workshop

Low Temperature Wax Workshop

Low Temperature Wax Workshop

9-axles CNC Shell-making Robot Arm Workshop

9-axles CNC Shell-making Robot Arm Workshop

Semi-auto Pouring Machine

Semi-auto Pouring Machine

Baking Furnace

Baking Furnace

Horizontal CNC Machining Center

Horizontal CNC Machining Center

New Shell Making Automation Line

New shell making automation line optimizes reduction processes, improves production efficiency, ensures reliable equipment operation, extends running time, and significantly reduces labor intensity overall.

Shell Making Automation Line No. 01 – Small & Medium Parts

Shell Making Automation Line No. 01 – Small & Medium Parts

Automated shell making line for small and medium castings improves shell uniformity, reduces manual intervention, and enhances production stability and efficiency.

Shell Making Automation Line No. 02 – Large Parts

Shell Making Automation Line No. 02 – Large Parts

Specialized automation line supports large investment castings, handling complex geometries and higher weights while maintaining shell strength and process reliability.

Shell Making Automation Line No. 03 – Investment Casting

Shell Making Automation Line No. 03 – Investment Casting

Optimized shell making system streamlines reduction processes, improves efficiency, ensures long-term equipment reliability, and significantly reduces labor intensity.

Quality Inspection

Comprehensive quality inspection system covering materials, processes, dimensions, and final products to ensure traceability, consistency, and full compliance with customer specifications.

Zeiss CMM Machine

Zeiss CMM Machine

X-ray Flaw Detector

X-ray Flaw Detector

100T Horizontal Tensile Testing Machine

100T Horizontal Tensile Testing Machine

Rockwell Hardness Standard Machine

Rockwell Hardness Standard Machine

Logistics & Delivery

Lead Time: 15–30 days (urgent) / 30–45 days (normal).
Monthly Capacity: 500–1000 tons.
Packing: Wooden crates, steel frames, or per client request.
Shipment: By Sea (recommended, saves cost for forging parts) / By Air (fast but expensive).
Payment Terms: 30% deposit with balance via B/L copy; or 100% L/C at sight.
Delivery Terms: FOB, CIF, CNF.

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