Tungsten Carbide (TC)
Best suited for:
Heavy-duty, general-purpose field applications where robustness matters.
Advantages:
- High toughness and impact resistance
- Handles rough site conditions and accidental drops
- Cost-effective for mineral abrasives
- Reliable all-round performance
Typical use: Steel grit, expendable mineral abrasives, mixed-site environments.
Silicon Carbide (SSiC)
Best suited for:
Long blasting shifts where weight reduction improves operator control.
Advantages:
- Lighter than tungsten carbide
- Higher wear resistance than TC
- Reduces operator fatigue over extended periods
- Strong cost-to-performance balance
Typical use: Continuous blasting operations, general mineral abrasives, productivity-focused sites.
SiAlON (Advanced Silicon Nitride Ceramic)
Best suited for:
Demanding, continuous-duty applications requiring both toughness and extended wear life.
Advantages:
- High fracture toughness
- Less brittle than boron carbide
- Lighter than tungsten carbide
- Excellent combination of wear resistance and mechanical strength
Typical use: Multi-shift production blasting, high-output industrial environments.
Pressureless-Sintered Boron Carbide (B₄C)
Best suited for:
General-purpose blasting applications where low nozzle weight, strong wear resistance and good overall value are required.
Advantages:
- Lightweight and comfortable for extended use
- Excellent wear resistance with garnet and mineral abrasives
- Suitable for steel grit, subject to operating and handling conditions
- Cost-effective alternative to hot-pressed boron carbide
- Good balance of service life, weight and purchase cost
Typical use:
Garnet, steel grit, crushed glass, mineral slags, expendable mineral abrasives and mixed-site applications.
Hi TUF Hot-Pressed Boron Carbide (B₄C)
Best suited for:
Highly aggressive blasting applications where maximum wear life and low nozzle weight are required.
Advantages:
- Premium hot-pressed boron carbide construction
- Exceptional resistance to abrasive wear
- Recommended for aluminium oxide and silicon carbide
- Longer service life in demanding and continuous-use applications
- Lightweight compared with traditional tungsten carbide nozzles
Typical use:
Brown, white and pink aluminium oxide, silicon carbide, bauxite, emery, garnet and other highly aggressive abrasives.
Important:
Although hot-pressed boron carbide offers outstanding wear resistance, it remains a hard ceramic material and should be protected from impact, dropping and rough handling.
Explore Our Technical Resources
Explore Our Technical Resources
Nozzle Selection Guide & Application Advice
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Service Life & Performance
Real-world performance data from field testing. Compare materials, calculate ROI, and optimise your operational efficiency.
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