This saw blade is designed for precision cutting. The blade ensures clean and accurate cuts. The blade is crafted from high-grade materials. This provides exceptional durability and longevity. The blade features optimized tooth geometry. This enhances cutting efficiency and reduces friction. The blade incorporates heat management features. This prevents overheating and ensures consistent performance. The blade is versatile and suitable for various applications. This includes cutting different types of wood.
Parameter | Product Parameter |
Brand | TANGLI |
Specification | 300x30x96T |
Material | Japan SK51 sheet |
Teeth Feature | TF, Atb, Zyp, Ba5 |
| Machines | Sliding Table Saw |
| Application | Rip&cross cut for solid wood(hard&soft); laminated panels like particle board; MDF; plywood |
| Features | Precision Cutting, Durability, Versatility, Reduced Noise & Vibration |
| Safety | Reduces Vibration and Noise |
| Maintenance | Regular Cleaning and Inspection |
| Certification | ISO9001, ISO18001, ISO45001, SGS, TUV |
Furniture manufacturing
High precision, smooth surface, fast cutting speed
Construction
Wear-resistant, impact-resistant, versatile
Automotive manufacturing
High strength, high temperature resistance, fast cutting speed
Q: What materials can the Solid Wood Slitting Saw Blade cut?
A: The Solid Wood Slitting Saw Blade is primarily designed for Rip&cross cut for solid wood(hard&soft); laminated panels like particle board; MDF; plywood, including hardwoods like oak and softwoods like pine. It may also handle laminated wood products, but ensure the adhesive does not affect the blade's performance.
Q: How do I maintain the Solid Wood Slitting Saw Blade?
A: To maintain the blade, ensure it is kept clean and free from resin buildup. Regularly check for dullness or damage. Use a suitable blade cleaning solution and sharpen it as needed to extend its lifespan and ensure optimal cutting performance.
Q: What is the optimal RPM for using this saw blade?
A: The optimal RPM for the Solid Wood Slitting Saw Blade varies based on the material being cut. Generally, it is advised to operate within the range of 4,000 to 6,000 RPM. Check the manufacturer's specifications to ensure proper speed for efficient cutting.
