Products Description

Iron Cast Mechanical Wheel is a mechanical transmission and load-bearing component manufactured from cast iron. It is mainly used for supporting, moving, transmitting loads, and guiding equipment, machinery, and related transportation systems. The product features a stable structure, good wear resistance, and strong load-bearing capability, and can be specially designed according to different equipment structures and operating environments. With appropriate wheel body designs, flange configurations, and mounting methods, it can be integrated with various types of mechanical equipment. Cast iron provides good rigidity and structural stability, making the product suitable for industrial production, machinery manufacturing, logistics transportation, and other applications.

Product Advantages

Stable Structure

Manufactured from cast iron, the wheel body has a stable and robust structure and can meet the supporting and operating requirements of various industrial equipment.

Excellent Wear Resistance

The product offers good wear resistance and can maintain reliable performance under continuous operation and frequent use.

Smooth Operation

The wheel body is designed to help maintain stable and smooth operation during equipment movement and operation.

Strong Adaptability

The product can be designed according to different equipment structures, mounting methods, and operating environments to meet various mechanical application requirements.

Working Principle

Load Bearing and Support

Installed at the appropriate position on the equipment, the mechanical wheel works with the contact surface to provide support during equipment operation.

Load Transmission

The mechanical wheel transfers the loads applied to the equipment to the contact surface in a suitable manner, helping maintain the stability of the mechanical system during operation.

Rolling Movement

When the equipment moves or operates, the mechanical wheel changes position through rolling, reducing the resistance caused by direct sliding.

Guiding and Coordination

Through the wheel body and flange design, the mechanical wheel can work effectively with matching tracks or running components to guide equipment movement and maintain stable operation.

Precautions

Different types of equipment have different requirements for mechanical wheel structures and operating conditions. Select a suitable product according to the actual application environment.

During installation, ensure that all connection points are secure and reliable, and check the compatibility between the mechanical wheel and other equipment components.

Avoid impacts, uneven loading, and other abnormal operating conditions to reduce additional loads on the mechanical wheel and related components.

Regularly remove debris and foreign objects from the operating area to prevent them from interfering with the normal operation of the mechanical wheel.

Regularly inspect the wheel body and flange for wear. If significant or abnormal wear is found, carry out inspection, repair, or replacement promptly.

Product Image

Relevant Data

Grade	Tensile Strength	Yield Strength	Elongation	Typical Application
QT400-18	≥400 MPa	≥250 MPa	≥18%	High ductility, low-temperature service
QT450-10	≥450 MPa	≥310 MPa	≥18%	General-purpose mechanical wheels
QT500-7	≥500 MPa	≥320 MPa	≥18%	Heavy-duty industrial wheels
QT600-3	≥600 MPa	≥370 MPa	≥18%	High-strength drive wheels
QT700-2	≥700 MPa	≥420 MPa	≥18%	Extreme-load applications

FAQ

Q: What equipment is the Iron Cast Mechanical Wheel mainly used for?

A: It is mainly used for industrial machinery, transportation equipment, production support equipment, and other mechanical systems that require movement, support, or guidance.

Q: What are the main features of the Iron Cast Mechanical Wheel?

A: The Iron Cast Mechanical Wheel features a stable structure, good wear resistance, and strong adaptability. It can be configured according to the requirements of different types of equipment.

Q: What should be considered when installing a mechanical wheel?

A: During installation, ensure that the mechanical wheel is properly matched with the shaft, mounting section, and corresponding running surface, and make sure all connections are secure.