How is the support shank handled in the manufacturing process?

The support shank is also made of aluminum alloy material. It does not need to be cut out after casting or welded separately, which simplifies processing and improves air-tightness.

What is the application of this motor stator shell?

It is mainly used for generators and motors with high power density, specifically for cooling motor stators to improve operational efficiency and reliability.

Motor Stator Shell and Manufacturing

Name: Motor Stator Shell and Manufacturing
Brand: Shanghai AXD Heavy Machinery Co., Ltd.
SKU: 1918321336

Shanghai, ChinaShanghai AXD Heavy Machinery Co., Ltd.

US$12,412.00

1 Piece

Product profile

Customization

Available

Application

Industrial

Speed

High Speed

Model NO.

653445

Number of Stator

Three-Phase

Function

Control

Casing Protection

Open Type

Number of Poles

Starting Mode

Variable Frequency Starting

Certification

CCC

Brand

Semc

Name

Motor Stator Shell and Manufacturing

Core

Aluminum Alloy Mold Core

Machine

Motor

Type

Stator

System

Manufacturing

Transport Package

Polywood

Specification

MotorMotor stator shstator shell and manufacturing

Trademark

SEMC

Origin

Shanghai

Production Capacity

500

Key features

Monolithic Structure: Shell and lid designed as one whole unit to ensure good airproof performance and prevent leakage.

High Rigidity: Monolithic construction provides excellent rigidity and uniform wall thickness for the motor stator shell.

Enhanced Heat Dissipation: Many grooves in fluid passages increase contact area, providing big heat dissipation channel area and good cooling effect.

Complex Fluid Passage Design: Fluid passage shape and trajectory are not restricted by core technology, allowing for very small and complicated designs.

Aluminum Alloy Core: Uses aluminum alloy mold core with hollow fluid passages filled with pressed powder for casting integration.

Improved Air Tightness: No need to cut out support shanks or weld them later, greatly improving the air-tightness of the shell.

Smooth Fluid Passage: Aluminum alloy core rod inner surface is smoother than quartz sand cores, reducing fluid resistance and improving cooling.

Bubble-Free Casting: Aluminum alloy material prevents bubble generation during casting, significantly improving the casting quality of the shell.

Company profile

Importers and ExportersYears of Export ExperienceSelf-brandedQuality Assurance

Shanghai AXD Heavy Machinery Co., Ltd.

Shanghai, China

Business Type: Manufacturer/Factory, Trading CompanyExport Year: 2009-09-01Nearest Port: Shanghai, Dalian, FuzhouAverage Response Time: ≤7.41hTerms of Payment: LC, T/T, D/P, etc.International Commercial Terms(Incoterms): FOB, EXW, CFR, CIF, DAT, FAS, DDP, DAP, CPT, Others, FCA

AI-Powered supplier vetting

SummaryThe supplier is a motor and metallurgical equipment manufacturer within SEMC, offering design, production, sales, OEM, ODM, and broad customization services. It has one production line, valid manufacturing contracts with associated subcontractors, inventory capability, defined outsourcing procedures, quality assurance, and documented complaint and corrective-action procedures. Its products are stated to comply with CE, SASO, SABER, ISO, and energy-efficiency requirements, although the evidence does not identify specific certificate numbers or scopes. The supplier has 50 years of R&D engineer experience and serves markets across multiple regions, with exports representing 51%–70% of sales. Identified limitations include no available SDK, no new products during the past year, no overseas warehouse, showroom, agents, or branches, no offline trade-show participation, no environmental impact assessment report, no regular fire drills during the past year, and no ongoing batch quantity reconciliation.

Supplier typeThe supplier describes itself as an SEMC member specializing in the design, production, and sales of deep well pump motors, VHS motors, AC motors, DC motors, and metallurgical equipment. Its broad export coverage and stated 51%–70% export-sales range support classification as an export-oriented manufacturer.

CertificationsThe company states that its products comply with CE, SASO, SABER, ISO, and other certifications and meet energy-efficiency grade B requirements. However, the provided information does not specify certificate identifiers, validity periods, or certification scopes.

Production capacityThe supplier has valid manufacturing contracts with each associated subcontractor, inventory capability, one production line, an outsourcing SOP, and standardized finished-product inspection instructions. However, it does not perform ongoing quantity reconciliation for every batch or mass production, while the stated off-peak lead time is 2–3 months.

Customization capabilityThe supplier provides customization from samples, customization from designs, and full customization, and also offers ODM services. It additionally reports OEM capability for well-known brands, providing explicit evidence of broad customization and contract-manufacturing capability.

Product Q&A

Q:What is the main advantage of the monolithic structure?

The shell and lid are designed as one whole unit, ensuring good airproof performance and preventing cooling liquid leakage.

Q:How does the design improve heat dissipation?

Many grooves are arranged in the fluid passage to increase the contact area between the shell and the aluminum alloy core rod, resulting in a big heat dissipation channel area and good heat dissipation effect.

Q:What material is used for the core rod?

The core rod is made of aluminum alloy extrusions. It is hollow, filled with pressed powder, and integrated with the casting material during the molding process.

Q:Why is the aluminum alloy core better than quartz sand cores?

The aluminum alloy core rod's inner surface is much smoother than quartz sand cores, greatly reducing fluid passage resistance and improving cooling effect. It also prevents bubble generation during casting.

Q:Can the fluid passage shape be complex?

Yes, the cross-sectional shape and trajectory of the fluid passage are not restricted by core technology, allowing for very small and complicated fluid passages and cooling grooves.