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BFL's 3-flute solid carbide end mills are engineered for industrial clients requiring enhanced productivity in aluminum machining operations. With ISO9001 certification and 18 years of cutting tool innovation, these tools feature micrograin tungsten carbide construction with heat-resistant ALTIN coating, enabling 35% faster material removal rates compared to 2-flute alternatives. Rated for HRC 45-65 materials, they deliver consistent surface finish while reducing production cycle times. BFL serves clients in over 50 countries with 3-10 day delivery and dedicated technical support.
These end mills are manufactured from micrograin tungsten carbide, providing high toughness and resistance to wear. Multiple coating options are available, including ALTIN, TIALN, TISIN, TIN, DLC, Nano, and Diamond coatings. The highly heat-resistant ALTIN coating allows for high-speed processing applications, extending tool life and reducing tool change frequency.
The 3-flute design optimizes chip evacuation during aluminum machining, preventing built-up edge and ensuring consistent cutting performance. These tools produce uniform surface roughness after processing, reducing the need for secondary finishing operations. They are suitable for both roughing and finishing operations in various industrial applications.
The design of these end mills increases cutting smoothness and reduces friction coefficient, improving lathe efficiency and saving production time. The 35% faster material removal rate compared to 2-flute end mills translates directly to shorter production cycles and lower per-part manufacturing costs for commercial users.
Parameter | Details |
Product Name | BFL Solid Carbide 3 Flute End Mills For Aluminum |
HRC Rating | 45, 55, 58, 60, 65 |
Available Coatings | ALTIN, TIALN, TISIN, TIN, DLC, Nano, Diamond |
Material | Micrograin Tungsten Carbide |
These solid carbide end mills can be used for the processing of multiple materials including aluminum, copper, cast iron, carbon steel, mould steel, stainless steel, titanium alloy, tool steel, and heat-treated steel. They are suitable for use in various industrial sectors including automotive, aerospace, electronics, mold making, and general manufacturing operations.
BFL operates a high precision CNC production line dedicated to solid carbide cutting tools. The company maintains an R&D team focused on cutting tool innovation and implements strict inspection procedures throughout the manufacturing process. All products undergo 100% quality checks before shipment. With 18 years of experience in the solid carbide cutting tool industry, BFL has established manufacturing processes that ensure consistent product performance.
Delivery Time: 3-10 Days
Payment Terms: T/T, Western Union, Paypal, AliExpress
Shipping Terms: DHL, FEDEX, UPS, TNT, EMS, and other options according to client demand
Main Markets: Thailand, Malaysia, Singapore, Philippines, Indonesia, Italy, Spain, Russia, Australia, Brazil, USA, Mexico, Czech, Poland, Germany, Turkey, and additional countries
Customization: OEM and ODM services are available for clients requiring custom cutting tool solutions
These end mills are designed for aluminum processing and can also be used for copper, cast iron, carbon steel, mould steel, stainless steel, titanium alloy, tool steel, and heat-treated steel with HRC ratings up to 65.
Standard orders typically ship within 3-10 days, depending on order quantity and current production schedules.
Yes, BFL provides OEM and ODM services for industrial clients requiring custom cutting tool specifications. The R&D team works directly with clients to develop tools that meet specific application requirements.
Available coating options include ALTIN, TIALN, TISIN, TIN, DLC, Nano, and Diamond coatings. The appropriate coating depends on the specific application and material being processed.
For additional technical information or to request a quote, contact BFL's team of experienced engineers. Technical support is available to help select the optimal end mill configuration for your specific machining operations.
