Modern internal combustion engines operate in a wide range of speeds and loads. That’s why they require both power and efficiency. However, fixed valve timing makes it difficult to achieve because at high engine speeds it limits the timing of intake and exhaust valve events,
Oil pump gears are high-precision components of an oil pump, determining the effectiveness of an oil pump to deliver oil throughout the system. These gears work on the principle of positive displacement, and the rotation of these gears is responsible for the movement of fluid
A timing belt pulley is a toothed transmission element engineered to mate precisely with a synchronous belt, forming a positive drive system without slip. The precise engagement of the pulley ensures consistent motion transfer that is essential in applications requiring synchronization. Beyond automotive engines, timing
Metal Injection Molding (MIM) is a precision manufacturing process that combines plastic injection molding with powder metallurgy. It enables the production of small, complex, high-strength components with near-wrought density and excellent surface finish. MIM offers clear advantages such as design freedom, efficient material use, and
Metal injection molding (MIM) is a modern manufacturing process that combines powder metallurgy process with plastic injection molding. It provides manufacturers with the freedom to create small, complex, and high-strength metal parts with precision, efficiency, and tight tolerances. This article explores the wide range of
Powder metallurgy is amnufacturing process that utilises powder metal and compacts it into the desired shape components instead of using molten processing. It enables the processing of those metals that are difficult to cast or melt, such as platinum and tungsten. With the passage of
Water pump pulley is an important part of your engine’s cooling system. It connects the drive belt to the pump and transfers power to the impeller. With this power, the pump circulates coolant through the block and radiator to remove heat. This process keeps your
Sinter hardening is an advanced powder metallurgy (PM) process that integrates conventional sintering with in-furnace hardening in a single continuous cycle. During this process, compacted alloy powders are sintered at high temperature under a controlled atmosphere. Instead of slow cooling, the parts undergo accelerated gas
Off-highway equipment faces dust, shock, vibration, and wide temperature swings. Powder metallurgy delivers near-net-shape parts with tight tolerances, repeatable properties, and low scrap. Alloyed Fe-based steels support case hardening or sinter hardening for high contact strength and fatigue resistance. Bronze and Fe-based porous bushings with
Fill in the form below to request our full range of powder metallurgy standard parts. We’ll send the product list to your email shortly.
Our engineering team will respond to you within 24 hours.
Submit your question and we will get back to you shortly.
