SHM Foundry riser sleeves molding equipment is an automatic Foundry Sleeve Production Line that is designed to efficiently casting sleeve mold and dry paper Riser Sleeves. This Sleeve Forming Machine is perfect for foundries that require a high volume of riser sleeves for their casting processes.

The main function of the Foundry Riser Sleeves Molding Equipment is the molding and shaping of riser sleeves. SHM Foundry Sleeve Production Line is designed to produce foundry sleeves which is important for ensuring consistent results in the casting process.

Features:

SHM Foundry riser sleeves production line features

1. PLC automatic control, the main electrical components are Siemens brand;

2. Continuous drying line;

3. Vacuum Adsorption System;

4. Mixing and Forming Precision;

5. Forming time: adjustable;

6. More precise mold design, precise mold in casting process and dies create sleeves with exact dimensions and properties;

7. Accept customized specifications and production capacity;

8. Good at riser special-shaped parts mold;

Big size sleeve production capacity;

9. Flexible Configurations: Can be configured to produce different sleeve sizes and types;

10. Emergency Stops: Easily accessible emergency stop buttons for immediate shutdown.

Technical Parameters:

Name: Foundry Sleeves Manufacturing Machine

Safety Features: Emergency Stop Button, Safety Guards

Operating Mode: Automatic

Type : Sleeve Making Equipment

Production Efficiency: Middle

Function: Molding And Drying Of Riser Sleeves

Control System: PLC Control(Main elements brand: Simens )

Application: Foundry Industry

Capacity: Customizable

Raw Material: Paper, refractory fibers, binders, and additives

Pulp tank: Stainless steel 304

Mold platen size: 630*630mm

Dryer operating temperature: 300 degree

Outline dimension(including metal dryer): :6x18(㎡)

Raw material: SHM can provide formula suggestions

Installation：Engineering Support

Delivery time: 4 month

Sleeve Functions and Applications:

SHM casting sleeve forming machine production line involves careful planning, selection of appropriate equipment, and setting up efficient processes. Quality control, safety, and continuous improvement are critical to ensuring the success and sustainability of the production line.

1. Function: exothermic sleeves generate heat to keep the riser molten for a longer period.

Application: Used in casting processes where maintaining the temperature of the molten metal is crucial to avoid premature solidification and shrinkage defects.

Production of Isothermic Sleeves

2. Function: Isothermic sleeves retain heat to slow down the cooling rate of the riser without generating additional heat.

Application: Utilized in casting processes to ensure gradual cooling and solidification, improving the quality of the final casting by reducing internal stresses and defects.

3. Manufacturing Sleeves for Various Metals

Metals: Steel, iron, aluminum, bronze, and other non-ferrous metals.

Application: The sleeves are tailored to the specific thermal properties and solidification requirements of different metals, ensuring optimal

performance in diverse casting scenarios.

4. Customizable Sleeve Shapes and Sizes

Function: The machine can be adjusted to produce sleeves of various shapes and sizes to fit different riser configurations.

Application: Provides flexibility to foundries to produce sleeves that meet the specific needs of different casting designs and dimensions.

Improving Casting Yield and Efficiency

5. Function: By minimizing the amount of metal required in the riser, sleeves improve the overall yield of the casting process.

Application: Foundries benefit from reduced material waste and increased efficiency, leading to cost savings and higher productivity.

Enhancing Casting Quality

6. Function: Sleeves help maintain the integrity of the molten metal, reducing defects like porosity, shrinkage cavities, and cold shuts.

Application: Ensures higher quality castings with fewer defects, reducing the need for rework and improving the overall reliability of the final product.

7. Use in Various Casting Processes

Processes: Sand casting, investment casting, die casting, and more.

Application: Versatile enough to be integrated into different casting methods, providing benefits across a wide range of foundry operations.

Facilitating Directional Solidification

8. Function: Promotes controlled solidification from the extremities of the mold towards the riser.

Application: Reduces internal stresses and enhances the mechanical properties of the casting, making it more durable and reliable.

Automating Sleeve Production.