Side Long Runner for Bottom Pouring Set Manufacturers in India

A bottom pouring set side long runner is a component used in foundry and casting processes. It is a type of runner that extends along the side of the mold, providing a pathway for the molten metal to reach multiple mold cavities.The side long runner is designed to improve the efficiency of the casting process by ensuring that the molten metal is distributed evenly throughout the mold.

It also helps to prevent turbulence, which can introduce air or impurities into the metal, affecting the casting quality.The side long runner is typically made from refractory material, such as high-alumina fireclay, which can withstand the high temperatures of the molten metal.

Refractory Side Long Runner for Bottom Pouring Set Suppliers in India

Design and Planning: The first step involves designing the bottom pouring set with the side long runner. This design phase includes determining the dimensions, angles, and configurations of the pouring basin, runners, and side long runner based on the specific casting requirements and the type of metal being used.
Selection of Materials: The materials for the bottom pouring set and side long runner need to withstand high temperatures and resist chemical reactions with the molten metal. Refractory materials like various types of refractory bricks, ceramics, and refractory metals are commonly used.
Mold Preparation: A mold is created for the pouring basin, runners, and side long runner. This can involve using molds made from sand, ceramic, or other materials that can withstand the high temperatures of the molten metal.
Molding: The molten metal will flow through the runner system, so molds are prepared to shape the pouring basin, runners, and side long runner. These molds are created using patterns that match the design specifications.
Assembly and Positioning: The molds for the pouring basin, runners, and side long runner are assembled in their proper positions. This includes connecting the side long runner to the pouring basin and ensuring proper alignment with the mold cavities.