Wear is a complex field and there are numerous types of wear.
Different types of wear mechanisms requires different approaches to the material selection and design.
Abrasive Wear - occurs when a hard-rough surface slides across a softer surface. Generally, to reduce abrasive wear you need a harder material. Applications include chutes and feed hoppers which see sliding wear.
Erosive Wear - occurs when particles impact the wear surface. As well the gradual removal of material from cutting and gouging actions, the kinetic energy of the impacting particles in can cause surface work hardening and micro cracking which can result in delamination and spelling. Consideration of material-toughness as well material-hardness as well as plant design e.g. particle Impingement Angle and Velocity are important to control erosive wear. Applications include pneumatic and hydro conveying, grizzlies, screens, and cyclones.
Corrosive Wear - This kind of wear is a mixture of corrosion & wear. The mechanical wear can be significantly increased by chemical reaction between the worn material and the corroding medium in the application environment, e.g. Paddle Mixers in Super Phosphate Production. Material Selection is very important to optimize the corrosion-wear properties of the component.
Sparken Engineering Manufacturing Specialize in the manufacture of wear resistant metal components to meet the arduous conditions in Power plant, Construction, plastics, Quarrying and mining Industries.
Our team of Metallurgists and Mechanical Engineers will work closely with you to ensure we understand your requirements and meet your needs at globally competitive pricing.
We offer a range of Wear resistant casting materials and full heat treatment capability to optimize material properties to meet your requirements. We are specialist of High Chrome