| Customization: | Available |
|---|---|
| After-sales Service: | Yes |
| Warranty: | Yes |
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Wear resistance + impact resistance double reinforcement: Bimetal composite technology takes into account both surface hardness and matrix toughness, and extends the life by 2 times.
Zero waste design: double-sided reuse + quick replacement, reducing the overall cost by 50%.
Material details
Composite structure: The surface is high chromium cast iron (Cr28, HRC62), the matrix is high-toughness alloy steel (42CrMo, HRC58), and the gradient hardness is achieved through vacuum cladding process.
Impact resistance: The Charpy impact energy of the matrix is ≥25J, avoiding brittle fracture under high-speed projectile.
Core advantages
Bimetallic composite technology
The surface high chromium cast iron (HRC62) provides extreme wear resistance, and the steel matrix (HRC58) ensures impact toughness and avoids brittle fracture.
Asymmetric wear compensation
It can be used on both sides, and the utilization rate of a single blade is increased by 100% during its life cycle, reducing the frequency of parts replacement.
Efficient projectile
The arc surface design optimizes the acceleration trajectory of the projectile, and the shot blasting volume of a single blade is ≥15kg/min, which is 25% more efficient than traditional blades.
Dynamic balance guarantee
group replacement design (6 pieces/group) ensures that the impeller rotation vibration value is ≤2.5mm/s (ISO 1940 G6.3 standard).
| DX-TB-HC05 | High Chromium Alloy Steel(HC) |
| DX-TB-AC08 | Anti-Corrosion Coating(AC) |
| DX-TB-HT10 | Heat-Treated(HT) |
| DX-TB-DB06 | Dynamic Balancing(DB) |
| DX-TB-CS12 | Customized Size(CS) |
Operation and maintenance guide
Replacement threshold
Replacement is required when the thickness is less than 15mm or the notch depth is greater than 3mm to avoid projectile scattering loss.
Cost optimization
Supports independent procurement of single blades, but group replacement is recommended to maintain projectile uniformity.
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