Tungsten Carbide Long Reach Flat End Mills for Steel from china Manufacturer

Tungsten Carbide Long Reach Flat End Mills for Steel,SS Series

Model:

0.1mm to 0.8mm

Material: Carbide

Grain Size: 0.4μm

No of Flutes: 2F

Category: Long Neck Flat End Mill

Product :Tungsten Carbide Long Reach Flat End Mills for Steel

Coating: SiTiNO Composite Coating

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Category: SS≤HRC52 High Hardness Series

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Product Information

PRODUCT DETAILS

Download Specification.pdf

Download Specification.pdf

These end mills are made of tungsten carbide, a hard and durable material. The long reach feature allows them to access deeper areas in workpieces. For steel machining, this is highly beneficial.

The flat end design enables precise cutting and milling operations. It can create flat surfaces accurately. The tungsten carbide composition gives the flat end mills excellent wear resistance. This means they can maintain their cutting edges for a longer time compared to other materials.

To select the appropriate tungsten carbide flat end mill specifications for your needs, consider the following factors:

1. Material Compatibility: Ensure the tungsten carbide flat end mill is suitable for the material you are machining.

2. Tool Material and Grade: The choice of tungsten carbide grade is closely related to the performance of the material being processed, the maximum speed, and feed rate of the machine.

3. Flute Number: Two and three-flute end mills offer better stock removal.

4. Cutting Edges and Flute Construction: Higher helix angles produce higher chip evacuation, allowing for increased speeds and feeds and decreased horsepower requirements. Tool deflection is transferred vertically, which dampens vibrations and increases speeds and surface finish quality.

5. End Mill Specifications: Avoid selecting tungsten carbide flat end mills that are too small or too large. Larger cutters offer better stiffness but are more expensive and take longer to cut.

Tungsten Carbide Long Reach Flat End Mills for Steel Drawing:

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Model (NO.)	Blade Diameter (D)	Neck Length (L)	Blade Length (L)	Neck Diameter (D)	Neck Angle (γ Reference)	Shank Diameter (D)	Full Length (L)
SSE-20010-003-04045	0.1	0.3	0.1	0.085	15°	4	45
SSE-20010-005-04045		0.5					45
SSE-20010-008-04045		0.8					45
SSE-20010-010-04045		1					45
SSE-20015-005-04045	0.15	0.5	0.15	0.13	15°	4	45
SSE-20015-010-04045	0.15	1	0.15	0.13	15°	4	45
SSE-20020-010-04045	0.2	1	0.2	0.18	15°	4	45
SSE-20020-015-04045		1.5	0.2	0.18	12°	4	45
SSE-20020-020-04045		2					45
SSE-20020-030-04045		3					45
SSE-20020-040-04045		4					45
SSE-20030-010-04045	0.3	1	0.3	0.27	15°	4	45
SSE-20030-015-04045		1.5	0.3	0.27	12°	4	45
SSE-20030-020-04045		2					45
SSE-20030-030-04045		3					45
SSE-20030-040-04045		4					45
SSE-20030-050-04045		5					45
SSE-20040-015-04045	0.4	1.5	0.4	0.37	12°	4	45
SSE-20040-020-04045		2					45
SSE-20040-030-04045		3					45
SSE-20040-040-04045		4					45
SSE-20040-050-04045		5					45
SSE-20040-060-04045		6					45
SSE-20050-020-04045	0.5	2	0.5	0.46	12°	4	45
SSE-20050-030-04045		3					45
SSE-20050-040-04045		4					45
SSE-20050-050-04045		5					45
SSE-20050-060-04045		6					45
SSE-20050-080-04045		8					45
SSE-20050-100-04045		10					45
SSE-20060-020-04045	0.6	2	0.6	0.56	12°	4	45
SSE-20060-030-04045		3					45
SSE-20060-040-04045		4					45
SSE-20060-050-04045		5					45
SSE-20060-060-04045		6					45
SSE-20060-080-04045		8					45
SSE-20060-100-04045		10					45
SSE-20070-020-04045	0.7	2	0.7	0.66	12°	4	45
SSE-20070-030-04045		3					45
SSE-20070-020-04045		4					45
SSE-20070-050-04045		5					45
SSE-20070-060-04045		6					45
SSE-20070-080-04045		8					45
SSE-20070-100-04045		10					45
SSE-20080-020-04045	0.8	2	0.8	0.76	12°	4	45
SSE-20080-030-04045		3					45
SSE-20080-040-04045		4					45
SSE-20080-050-04045		5					45
SSE-20080-060-04045		6					45
SSE-20080-080-04045		8					45
SSE-20080-100-04045		10					45

PRODUCT DESCRIPTION ▼

2 Flute Rib End Mills for Steel

Endmills for pre-hardened and hardened steel(HRc48-52)
Good wear resistance by Si-based PVD coating.
High precise edge tolerance.
Reinforced edge design for preventing edge chipping.
Outstanding performance at high speed machining by ultra fine (0.4µm) WC grade.

Factory Team:

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RELEVANT INFORMATION

PROCESS & FAQ
COMPLETE SERVICE PROCESS ▼

Material Preparation >>

Roughing >>

Finishing >>

Surface Treatment >>

Quality Inspection >>

Laser Marking >>

Packing and Shipping >>

FAQ ▼
- Q: What is the difference between carbide end mills and tungsten carbide milling tools?A: Carbide end mills are made from carbide and cobalt, offering high wear resistance and speed. Tungsten carbide milling tools are specifically made from tungsten carbide, known for extreme hardness and heat resistance.
- Q: How do I choose the right milling tool?A: Consider the material you're machining, the type of milling operation (slotting, contouring, profiling), tool dimensions (diameter, length, shank size), and any specific coatings needed (e.g., TiN, TiAlN).
- Q: What are the benefits of carbide end mills over steel tools?A: Carbide end mills offer higher cutting speeds, longer tool life, better surface finishes, and greater heat resistance compared to high-speed steel tools.
- Q: How can I extend the life of my milling tools?A: 1. Choose the right tool for the job.
  2. Use recommended cutting speeds and feeds.
  3. Apply proper coolant.
  4. Inspect and replace worn tools regularly.
  5. Store tools in a dry, clean environment.
- Q: Are there specific coatings for carbide end mills?A: Yes, coatings like TiN, TiAlN, AlTiN, and DLC can improve wear resistance, reduce friction, and enhance heat resistance.
- Q: Can carbide end mills be re-sharpened?A: Yes, carbide end mills can be re-sharpened, but it's best done by professionals to maintain proper angles and cutting edges.