Horizontal casting excels in producing long, cylindrical components with exceptional concentricity and uniform wall thickness. This method is ideal for extended sleeves, tubes, and rolls where consistent material distribution is paramount.
It prevents sagging and ensures even grain structure across the length of components, critical for applications like brake drums, steel rolls, and cylinder liners.
Optimized Rotational Force
Axisymmetric Rings
Vertical centrifugal casting optimizes rotational force for heavy, short, and axisymmetric components. This ensures maximum density and structural integrity for large diameter rings and gear blanks.
Valve Ball Bodies
The vertical process is crucial for components requiring superior density at the outer diameter and precise dimensional control, such as high-pressure valve ball bodies and specialized bushings.
Rigorous testing workflow
Every component undergoes a multi-stage quality assurance protocol to verify structural integrity and dimensional precision before dispatch.
Dimensional
Chemical
Non-Destructive
Performance
Micrometer and coordinate measurements verify tight tolerances on finished surfaces.
Spectrometric verification ensures exact elemental composition matches metallurgical specifications.
Ultrasonic and dye penetrant testing detects subsurface defects and micro-porosity.
Hydrostatic pressure and mechanical stress testing validate component durability under extreme load.
Rigorous Quality Testing Facilities
Our in-house laboratories and certified testing protocols ensure that every centrifugally cast component delivers flawless structural integrity, zero porosity, and precise dimensional accuracy.
Chemical & Spectro Analysis
Non-Destructive Evaluation
Mechanical & Physical Labs
Our optical emission spectrometers analyze melt chemistry in real-time, ensuring precise alloy composition and strict specification compliance before pouring.
Ultrasonic, liquid penetrant, and magnetic particle testing detect internal and surface anomalies, guaranteeing absolute structural soundness and zero-porosity integrity.
Equipped for tensile, hardness, and impact testing to verify that every centrifugally cast component meets or exceeds critical international engineering standards.
We accommodate third-party witness testing with all major international classification societies to ensure seamless compliance for critical marine and aerospace applications.
The Centricast Cycle
Induction Melt & Coating
G-Force Pouring
Controlled Cooling
Precision Finishing
Precise charge composition is induction melted, followed by meticulous mold pre-heating and coating application to ensure optimal metal flow and surface finish.
Molten alloy is introduced into the rapidly spinning mold, where centrifugal force compresses the grain structure and drives impurities to the inner bore.
A carefully managed cooling process ensures directional solidification, preventing sub-surface voids and achieving the desired metallurgical properties.
After casting, components undergo bore truing and precision machining to meet exact dimensional specifications and achieve superior surface finishes.
Consult our engineering team to select the ideal centrifugal casting process mode for your specific component geometry, alloy requirements, and critical application needs.