Application-led wear engineering
Start with the duty, select the material route, then make and verify the part for the real wear zone.
Start with the wear condition
A recommendation is a technical starting point. Material flow, impact, temperature and geometry still determine the final specification.
A dependable starting route for chutes, hoppers and transfer zones exposed to continuous sliding wear.
Overlay grade, backing plate and fastening method should be assessed together where impact and abrasion combine.
A smoother wear face can improve material release where hang-up restricts flow and reduces throughput.
Diameter, flow direction and local velocity guide the lining thickness, joint and fabrication route.
Temperature, particle size and gas velocity must be reviewed together before the alloy system is selected.
Drawing-based cutting, forming and welding for components that need to arrive ready for installation.
Inside the material
Hardness is only one indicator. Wear performance comes from the carbide system, its distribution, the supporting matrix and the actual service condition.
Particle size, angle, velocity and impact decide how the surface is loaded.
ENGINEERING VARIABLES
Drawing to finished part
We review the wear zone, develop a workable component and manufacture to an approved drawing.
CAD REVIEW / HISAN ENGINEERINGA drawing is ideal, but a worn sample, dimensions or site photograph can also begin the engineering review.
Solve the wear problem
Material, velocity, impact, temperature and geometry determine the correct wear route. Begin with the zone that is failing.
01 / MIXED WEARImpact and sliding abrasionChutes, hoppers, buckets and transfer points.
↗02 / PARTICLE FLOWHigh-velocity particle wearPipes, elbows, cyclones and ducts.
↗03 / COMPLEX DUTYHeat, build-up and geometryHot, sticky or shape-critical process zones.
↗By application
Confidence connected to the order
The drawing, selected material, inspection scope and packed part stay connected by one order reference.
Engineering evidence
Technical articles connect material fundamentals, selection and inspection to the product being considered.
Explore all resources →Global industrial supply
International supply is planned around part identity, handling protection, documents and communication at each handover.
Export packing, documentation and project communication for plates, pipes and fabricated components.
Talk to an engineer
Send the information that helps us understand the wear zone. A drawing is useful, but a site photo or current service-life problem is also a practical starting point.
Quality control
We assess the overlay structure and wear performance alongside hardness, with inspection records linked to the supplied product.
Solutions, connected to the equipment
Use equipment geometry and wear conditions to frame a suitable starting route.
Confidence connected to the order
Manufacturing creates the part. Order-linked evidence records how it was made and checked. The approved scope keeps both sides connected.
Drawing revision, material route and processing scope are confirmed before production moves forward.
The same project record connects the released part to its agreed records and final packing evidence.
Engineering resources
Technical articles and reference pages make product selection, construction, testing and inspection easier to review.
News & insights
Explore recent product applications and updates from HISAN.
From our company page
Product updates, manufacturing insights and wear protection projects from the HISAN team.
