The Tyre Cord Straight Knife is a high-precision industrial cutting tool engineered specifically for the demanding requirements of the tire manufacturing and recycling industries. Designed to handle the extreme toughness of steel and nylon cords, this blade ensures clean, precise separation of rubber and reinforcement layers, making it indispensable for tire section detection, professional retreading, and high-efficiency waste tire resource recovery.
By integrating advanced metallurgy with ergonomic geometric design, our straight knives minimize lateral slip and prevent blade deformation during high-intensity operations. Whether used in racing tire customization or large-scale scrap recycling lines, these blades are optimized to reduce energy consumption in subsequent crushing processes and extend the service life of the equipment through superior wear-resistant coatings.
| Base Material | High Carbon Steel (e.g., 55SiCr) | Blade Thickness | 15mm - 20mm |
|---|---|---|---|
| Surface Coating | TiN (Titanium Nitride) / DLC (Diamond-like Carbon) | Standard Blade Angle | 25° - 30° |
| Heavy-Duty Angle | Up to 35° (for Radial Tires) | Reinforcement | YG8 Hard Alloy Welding |
| Cutting Edge | Right-Angled / Micro-Serrated Options | Operating Temp | Controlled below 80°C |
| Maintenance Cycle | Grinding every 500-800 tires | Precision Tolerance | ≤ 0.05mm deviation |
Combination of high carbon steel and TiN/DLC coatings prevents blade passivation and resists chemical corrosion from vulcanization residues.
Hard alloy inlay welding (YG8) provides superior impact resistance, preventing cracks when cutting heavy-duty truck tire cords.
The right-angled design reduces lateral slip, ensuring a smooth cross-section for accurate quality inspection and repair.
A thickened 15-20mm blade structure prevents bending deformation when processing high-density steel wire curtains.
Micro-serrated edges reduce cutting resistance and improve separation efficiency through a specialized tearing effect.
Segmented blade structures allow for rapid transition between rubber layers and high-strength cord cutting.
Matching high carbon steel or hard alloy based on cord type (Steel vs. Nylon).
Dynamic adjustment of blade angles (25°-35°) to balance sharpness and impact.
Implementation of water mist cooling to keep tool temperatures below 80°C.
Controlled grinding amounts (0.05-0.1mm) to maintain strict geometric accuracy.
Laser calibration to ensure straightness deviation remains under 0.05mm.
Optimizing separation interfaces to increase steel wire recovery rates.
| Metric | Standard Steel Blade | Premium Coated/Alloy Blade |
|---|---|---|
| Service Life | Short (Frequent Dulling) | Long (High Wear Resistance) |
| Cutting Precision | Moderate (Prone to Slip) | High (Right-Angle Stability) |
| Maintenance Cost | High (Frequent Replacement) | Low (Periodic Precision Grinding) |
| Energy Efficiency | Lower (High Friction) | Higher (Optimized Sharpness) |
| Recovery Rate | Standard | Enhanced (Clean Separation) |
For all-steel radial tires, we recommend hard alloy embedded welding straight knives with a blade angle increased to 35° to maximize impact resistance and durability.
Typically, the cutting edge needs precision grinding after processing 500-800 tires to maintain optimal geometric accuracy and cutting efficiency.
Diamond-like Carbon (DLC) coating significantly reduces rubber adhesion during cutting and increases surface hardness, extending the maintenance cycle.
Yes, for polyester or aramid cords common in passenger cars, our coated high carbon steel straight knives provide the ideal balance of accuracy and efficiency.
We recommend using a water mist cooling system to maintain the tool's working temperature below 80°C, ensuring structural stability and precision.
The segmented design features a thin front section for rapid rubber penetration and a thicker back section for cutting through high-strength cords efficiently.
our products are exported to various parts of the world. Currently, our products have been exported to more than 40 countries Our products cover Asia, Europe, Africa, South America, North America, and Oceania
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