FH® Concrete Mixer Wear Blades are specially designed curved-type wear parts used in heavy-duty concrete mixers. This arc-shaped geometry improves mixing efficiency while ensuring maximum abrasion resistance under continuous impact from cement, sand, and aggregate materials.

Manufactured by Wuxi Junteng Fanghu Alloy Technology Co., Ltd. (FH®), these blades are engineered for long service life, stable performance, and reduced maintenance costs in demanding concrete production environments.

Key Features & Advantages
1. Curved Arc Design for Efficient Mixing
The precision-engineered curved shape improves material circulation inside the mixer, enhancing mixing efficiency and reducing energy consumption.
2. High Chromium Alloy Wear Resistance
Made from high chromium white iron / Ni-Hard alloy, the blade offers excellent resistance to:

• Abrasion from sand & gravel
• Impact from heavy aggregates
• Continuous high-speed mixing wear

3. Extended Service Life
Compared with standard steel blades, FH® alloy wear blades significantly extend operating life and reduce replacement frequency.
4. Stable Performance in Harsh Conditions
Designed for continuous operation in:

• Ready-mix concrete plants
• Precast production facilities
• Mining & aggregate processing environments

5. OEM & Custom Manufacturing
We support production based on:

• Customer drawings
• Mixer models
• Dimensional requirements

Applications
FH® mixer wear blades are widely used in:

• Concrete batching plants
• Construction machinery systems
• Road & bridge engineering projects
• Precast concrete factories
• Mining and heavy material mixing industries

Performance Benefits
Using FH® curved wear blades helps customers:

• Reduce mixer downtime
• Lower maintenance cost
• Improve concrete mixing quality
• Extend lifespan of mixer components
• Increase production efficiency

Material Grade Table

Genuine Photos of FH® Ni-hard Cast Iron Concrete Mixer Wear Blades

Contact Manufacturer
Wuxi Junteng Fanghu Alloy Technology Co., Ltd. (FH®)
Professional manufacturer of wear-resistant alloy casting parts for concrete and industrial mixing systems.