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This saw blade is designed for cutting ultra-thin aluminum. It features advanced precision cutting technology. The blade minimizes friction and heat generation. This ensures consistent performance and extends lifespan. The blade is constructed with high-quality materials. This provides exceptional durability and reduces wear. The blade incorporates a lightweight design. This allows for easier handling and improved accuracy.
Parameter | Product Parameter |
Blade Type | Circular saw blade for ultra-thin aluminum products |
Brand | TANGLI |
Specification | 405X25.4X3.4X120T |
Material | Japan SK51 sheet |
| Teeth Feature | TF, Atb, Zyp, Ba5 |
| Machines | Hand Cutting Saw |
| Application | Aluminum |
| Features | High Cutting Efficiency, Reduced Vibration, Enhanced Safety |
| Safety | Minimizes Vibration and Noise |
| Maintenance | Regular Cleaning & Blade Replacement |
| Certification | ISO9001, ISO18001, ISO45001, SGS, TUV |
Aerospace
High precision, high temperature resistance, oxidation resistance, lightweight
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 are compatible with this blade?
A: This specialized blade is designed primarily for cutting ultra-thin aluminum products. It can also handle other soft metals and composites, but always check specifications to ensure compatibility for optimal performance.
Q: What is the recommended cutting speed?
A: The ideal cutting speed varies based on the thickness of the aluminum. Generally, a speed between 3,000 to 5,000 RPM is recommended for achieving smooth, clean cuts while preventing overheating and damage to the material.
Q: How can I extend the lifespan of the blade?
A: To prolong the blade's life, ensure proper installation, use the correct cutting speed, and maintain a steady feed rate. Regularly clean the blade and avoid cutting materials that are too hard or abrasive to prevent premature wear.
