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FC/FCD Cast Iron for Bearing Housings: DISOCO's Industrial Cast Iron Component Manufacturing Capability
Technology & Services
In industrial machinery, components such as bearing housings, gearbox casings, machine bodies, machine bases, and transmission parts often operate under load, vibration, and require high stability. For these components, FC/FCD cast iron materials are widely used due to their excellent castability, high rigidity, and suitability for post-casting machining. DISOCO is a manufacturing enterprise in Vietnam with cast iron casting capabilities serving sectors such as engines, transmission equipment, industrial machinery, and mechanical spare parts. With an automated casting line and quality control system, DISOCO can meet the production demands for housing-type components, bodies, bases, and load-bearing parts according to customer drawings.
Bearing Housings and Requirements for Industrial Cast Iron Components
Bearing housings are components used to secure ball bearings, plain bearings, or shaft assemblies in a transmission system. This component plays a role in holding the bearing in place, supporting stable shaft rotation, and transmitting forces from the shaft assembly to the machine body or mounting structure. Due to its direct relation to equipment stability, bearing housings must meet numerous technical requirements such as rigidity, load-bearing capacity, vibration damping capability, and dimensional stability. Bearing seats, flanges, bolt holes, or mating surfaces often require precise machining after the casting process. Given these characteristics, FC/FCD cast iron is a suitable material group for bearing housings and many other housing-type components in industrial machinery. Selecting the correct material and effectively controlling the quality of the cast blank helps the component achieve better stability during machining, assembly, and actual operation.
FC/FCD Cast Iron – Suitable Material for Housing-type Components, Bases, and Transmission Equipment
Both FC cast iron and FCD cast iron are common materials in the production of industrial cast iron components. Depending on the requirements for load-bearing capacity, vibration damping, durability, and operating conditions, businesses can select the appropriate material for each type of component.
| Criterion | FC Cast Iron | FCD Cast Iron |
| Key Characteristics | Good vibration damping, easy to machine | Higher strength and toughness than gray cast iron |
| Suitable for | Machine bodies, machine bases, housings, covers, mounting brackets | Load-bearing components, impact-resistant components, components operating in vibrating environments |
| Typical Applications | Medium-load bearing housings, equipment bodies, machine bases | High-load bearing housings, gearbox casings, construction machinery components, industrial equipment |
| Advantages | Reasonable cost, stable during machining | Better mechanical properties, suitable for high-stress requirements |
FC cast iron, or gray cast iron, is suitable for components requiring good vibration absorption, stability, and machinability. Meanwhile, FCD cast iron, or ductile cast iron, is chosen for components requiring higher strength, toughness, and load-bearing capacity. These are two important material groups in the production of bearing housings, gearbox casings, machine bases, machine bodies, and many other industrial cast iron components.
DISOCO's FC/FCD Cast Iron Casting Capabilities for Industrial Machine Components
DISOCO has the capability to produce FC/FCD cast iron components for industrial machinery, transmission equipment, engine parts, and housing-type components, bodies, and bases. DISOCO's strength lies not only in its blank casting capabilities but also in its automated equipment system and post-casting quality inspection capabilities.
SINTO Automatic Green Sand Casting Line from Japan
DISOCO owns an automatic SINTO green sand casting line from Japan, which automates the entire process from sand mixture preparation, mold making, molten metal pouring into molds, to mold breakdown after casting. Thanks to this system, DISOCO can stably produce industrial cast iron components such as bearing housings, gearbox casings, machine bodies, machine bases, and mechanical spare parts.
| Item | Capacity Information |
| Line | Automatic Green Sand Casting Line – SINTO, Japan |
| Capacity | 14,000 tons/year |
| Molding Speed | 30 seconds/mold |
| Mold Size | 700 × 600 × 500 mm |
| Casting Material | FC, FCD |
| Product Weight | 1–70 kg |
| Automation Level | Automated from mixture preparation, sand mold making, molten metal pouring into molds to mold breakdown |
With a capacity of 14,000 tons/year, a molding speed of 30 seconds/mold, and the ability to cast FC/FCD materials from 1–70 kg, the automatic green sand casting line is a crucial foundation for DISOCO to meet the production demands for cast iron housings, bodies, bases, or transmission components.
Post-Casting Quality Inspection System
For components such as bearing housings, gearbox casings, equipment bodies, machine bases, or engine parts, the quality of the cast blank directly affects machining accuracy and durability during use. Therefore, DISOCO focuses on post-casting quality inspection to ensure the stability of cast iron blanks before they proceed to subsequent stages.
| Inspection Item | Equipment / Method |
| Metal Composition | Spectrometer |
| Product Dimensions | 3D CMM |
| Internal Defects | UT |
| Hardness | Hardness test |
| Material Mechanical Properties | Tensile test |
| Sand Quality | Sinto Sand Analyzer |
Through this inspection system, DISOCO can control critical factors such as material composition, casting soundness, dimensional stability, hardness, mechanical properties, and sand quality. These factors directly influence the machinability, assembly, and operation of industrial cast iron components. Especially for components with bearing seats, shaft mounts, flanges, or bolt holes, stable control of the cast blank helps reduce the risk of deviations during machining and assembly. Casting defects such as gas porosity, shrinkage, burrs, mold swelling, warping, or sand/slag inclusions also need to be controlled to ensure the final product quality. With its automatic casting line, quality inspection system, and experience in producing industrial mechanical components, DISOCO is capable of meeting the production requirements for FC/FCD cast iron components according to drawings. This is a significant advantage for businesses seeking a cast iron foundry in Vietnam, especially for products requiring sound castings, stable dimensions, and suitability for post-casting machining.
DISOCO – Your Partner for FC/FCD Cast Iron Component Manufacturing in Vietnam
Bearing housings are one of the typical applications for industrial cast iron components requiring high rigidity, load-bearing capacity, and stability. Along with products such as gearbox casings, machine bases, machine bodies, and engine parts, these components are well-suited to DISOCO's FC/FCD cast iron casting capabilities. With an automatic SINTO green sand casting system from Japan, a capacity of 14,000 tons/year, the ability to cast FC/FCD materials from 1–70 kg, and a quality inspection system covering metal composition, dimensions, hardness, mechanical properties, and sand quality, DISOCO provides a reliable production foundation for industrial cast iron components. Businesses requiring the production of bearing housings, gearbox casings, machine bases, or FC/FCD cast iron components for industrial machinery can contact DISOCO to discuss drawings, materials, production volume, and specific technical requirements.
Company Information
Green sand casting components. / Burnt sample casting components. / Hot forging components
Our company specializes in casting, forging, stamping, heat treatment, mainly manufacturing engine parts. Currently, the company is conducting transactions with many Japanese enterprises, as well as p ...
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