Foundry Castings & Wear Parts
Wear-resistant foundry castings for crushers, mills and material handling — mantles, concaves, jaw plates, blow bars and mill liners in Mn13, Mn18, Mn24 and high-chrome alloys.
Product Overview
Induscoat supplies foundry castings and wear parts engineered for the most demanding crushing, grinding and material handling applications in mining and industrial processing.
Our wear part offering covers the full range of crusher and mill consumables, manufactured in metallurgies selected for your specific ore type, throughput and wear profile:
• High-manganese steels (Mn13, Mn18, Mn24) — work-hardening alloys for impact-dominant applications: cone crusher mantles and concaves, jaw crusher plates, gyratory liners.
• High-chrome white iron (15–28% Cr) — for abrasion-dominant environments: impact crusher blow bars, hammer mill hammers, pump impellers, chute liners, cyclone components.
• Alloy steel and bimetal — optimized for combined impact-abrasion: ball mill and SAG mill liners, trunnion liners, discharge screens.
We supply to mines and quarries across Quebec (Abitibi-Témiscamingue, Nord-du-Québec) and Ontario (Sudbury, Timmins, Thunder Bay), with delivery coordinated to your shutdown windows (April–May and November–January) to maximize uptime.
Challenges This Product Addresses
- Premature wear part failure causing unplanned crusher or mill shutdowns
- Wrong metallurgy selection — parts too brittle, cracking under impact; or too soft, wearing too fast
- Long lead times on OEM parts causing extended downtime windows
- Inconsistent casting quality — dimensional variation causing fit issues during changeout
- High wear part cost as % of operating cost — need for better cost-per-tonne performance
Key Applications
- Cone crusher mantles and concaves — Mn13, Mn18, Mn24 for standard and large-diameter cones
- Jaw crusher fixed and swing jaw plates — Mn13 and Mn18 for primary and secondary stages
- Impact crusher blow bars and impact plates — high-chrome for sand, gravel and soft-to-medium rock
- Ball mill and SAG mill liners — alloy steel, bimetal and rubber-composite options
- Pump impellers, casings and throatbushes — high-chrome for slurry and aggressive media
- Chute liners, impact plates and screen panels — custom profiles for your material handling geometry
Key Benefits
- Metallurgy selected for your ore hardness, impact profile and target wear life — not generic catalog parts
- Dimensional drawings and CMM inspection reports provided for critical fit-critical components
- Delivery coordinated with your shutdown schedule — parts on site before the planned changeout window
- Competitive lead times vs OEM — typically 8–14 weeks for standard configurations
- Post-changeout wear tracking available — measure wear progress to predict next replacement interval
Industries Served
Go deeper
Our technical notes on the subject — applicable standards, selection criteria and implementation traps.
Reverse engineering a part with no drawings: from worn casting to new part
The original supplier no longer exists, the drawings cannot be found, and the only reference available is the broken part in your hand. Industrial reverse engineering solves this every day — provided you measure the right features, reconstruct the design intent, and avoid copying the wear. Here is the method and where it goes wrong.
5 minCrusher wear parts: choosing between Mn13, Mn18, Mn24 and high-chrome iron
A wear part that cracks in three weeks and one that wears out too fast share a cause: the wrong grade. Hadfield manganese and high-chrome white iron answer two opposite mechanisms — impact and abrasion — and are constantly fitted to the wrong duty. Here is how to decide, and why unit price is the worst criterion available.
5 min