Brocas de vástago hexagonal

Brocas helicoidales de vástago hexagonal

  • El borde de corte superior está endurecido y pulido para que esté afilado.
  • Sus dientes de corte escalonados aseguran un avellanado preciso y un orificio suave y limpio.
  • El vástago hexagonal de 1/4 de pulgada se adapta a todas las herramientas eléctricas de manera más fácil y segura.
  • Cuenta con un diseño resistente al calor para un proceso de perforación más rápido y más fresco.
  • Perfecto para bricolaje doméstico o uso general de construcción e ingeniería.
Descripción del producto
Nombre del producto
Portabrocas de cambio rápido DIN338 Jobber Longitud HSS Vástago hexagonal Broca helicoidal para acero inoxidable Metal Aluminio PVC Perforación de hierro
Superficie
Blanco, negro, recubierto de estaño, acabado ámbar, color dorado o según su pedido
Proceso
Laminado forjado, canto rectificado, totalmente rectificado, fresado
Afilado
118 grados, 135 grados, turbo max, o según su pedido
Estándares

DIN338, DIN1897, DIN340, DIN1869, DIN345, DIN333

Longitud de Jobber, Longitud de la máquina de tornillo, Longitud de la forma cónica, Extensión de la aeronave, Vástago cónico
Material
HSS4241, HSS4341, HSS6542 (M2), HSS CO5% (M35), HSS CO8% (M42)
Caña
Vástago recto (vástago paralelo), vástago reducido, vástago hexagonal, vástago de cambio rápido de 1/4″, vástago de 3 planos, vástago de 1/2″, vástago de 3/8″
Usar
Para taladrar metal, hormigón de madera, etc.
Ángulo de hélice
Tipo N. Tipo W, Tipo H.
Giratorio
mano derecha, mano izquierda
Flauta
parabolica normal
Tamaño del producto
DIN338
Diámetro (mm) Longitud de la flauta (mm) Longitud total (mm) Diámetro (mm) Longitud de la flauta (mm) Longitud total (mm)
0.5 6 22 9.5 81 125
1.0 12 34 10.0 87 133
1.5 20 43 10.5 87 133
2.0 24 49 11.0 94 142
2.5 30 57 11.5 94 142
3.0 33 61 12.0 101 151
3.2 36 65 12.5 101 151
3.5 39 70 13.0 101 151
4.0 43 75 13.5 108 160
4.2 43 75 14.0 108 160
4.5 47 80 14.5 114 169
4.8 52 86 15.0 114 169
5.0 52 86 15.5 120 178
5.2 52 86 16.0 120 178
5.5 57 93 16.5 125 184
6.0 57 93 17.0 125 184
6.5 63 101 17.5 130 191
7.0 69 109 18.0 130 191
7.5 69 109 18.5 135 198
8.0 75 117 19.0 135 198
8.5 75 117 19.5 140 205
9.0 81 125 20.0 140 205
Fracción de longitud de intermediario
Diámetro (pulgadas) Longitud de la flauta (pulgadas) Longitud total (mm) Diámetro (pulgadas) Longitud de la flauta (pulgadas) Longitud total (mm)
3/64″ 3/4″ 1-3/4″ 25/64″ 3-3/4″ 5-1/8″
1/16″ 7/8″ 1-7/8″ 13/32″ 3-7/8″ 5-1/4″
5/64″ 1″ 2″ 27/64″ 3-15/16″ 5-3/8″
3/32″ 1-1/8″ 2-1/4″ 7/16″ 4-1/16″ 5-1/2″
7/64″ 1-1/2″ 2-5/8″ 29/64″ 4-3/16″ 5-5/8″
1/8″ 1-5/8″ 2-3/4″ 15/32″ 4-5/16″ 5-3/4″
9/64″ 1-3/4″ 2-7/8″ 31/64″ 4-3/8″ 5-7/8″
5/32″ 2″ 3-1/8″ 1/2″ 4-1/2″ 6″
11/64″ 2-1/8″ 3-1/4″ 33/64″ 4-13/16″ 6-5/8″
3/16″ 2-5/16″ 3-1/2″ 17/32″ 4-13/16″ 6-5/8″
13/64″ 2-7/16″ 3-5/8″ 35/64″ 4-13/16″ 6-5/8″
7/32″ 2-1/2″ 3-3/4″ 9/16″ 4-13/16″ 6-5/8″
15/64″ 2-5/8″ 3-7/8″ 37/64″ 4-13/16″ 6-5/8″
1/4″ 2-3/4″ 4″ 19/32″ 5-3/16″ 7-1/8″
17/64″ 2-7/8″ 4-1/8″ 39/64″ 5-3/16″ 7-1/8″
9/32″ 2-15/16″ 4-1/4″ 5/8″ 5-3/16″ 7-1/8″
19/64″ 3-1/16″ 4-3/8″ 41/64″ 5-3/16″ 7-1/8″
5/16″ 3-3/16″ 4-1/2″ 21/32″ 5-3/16″ 7-1/8″
21/64″ 3-5/16″ 4-5/8″ 43/64″ 5-5/8″ 7-5/8″
11/32″ 3-7/16″ 4-3/4″ 11/16″ 5-5/8″ 7-5/8″
23/64″ 3-1/2″ 4-7/8″
3/8″ 3-5/8″ 5″
Número de longitud de intermediario
Diámetro Longitud de la flauta (pulgadas) Longitud total (mm) Diámetro Longitud de la flauta (pulgadas) Longitud total (mm)
1# 2-5/8″ 3-7/8″ 31″ 1-5/8″ 2-3/4″
2# 2-5/8″ 3-7/8″ 32″ 1-5/8″ 2-3/4″
3# 2-1/2″ 3-3/4″ 33″ 1-1/2″ 2-5/8″
4# 2-1/2″ 3-3/4″ 34″ 1-1/2″ 2-5/8″
5# 2-1/2″ 3-3/4″ 35″ 1-1/2″ 2-5/8″
6# 2-1/2″ 3-3/4″ 36″ 1-7/16″ 2-1/2″
7# 2-7/16″ 3-5/8″ 37″ 1-7/16″ 2-1/2″
8# 2-7/16″ 3-5/8″ 38″ 1-7/16″ 2-1/2″
9# 2-7/16″ 3-5/8″ 39″ 1-3/8″ 2-3/8″
10# 2-7/16″ 3-5/8″ 40″ 1-3/8″ 2-3/8″
11# 2-5/16″ 3-1/2″ 41″ 1-3/8″ 2-3/8″
12# 2-5/16″ 3-1/2″ 42″ 1-1/4″ 2-1/4″
13# 2-5/16″ 3-1/2″ 43″ 1-1/4″ 2-1/4″
14# 2-3/16″ 3-3/8″ 44″ 1-1/8″ 2-1/8″
15# 2-3/16″ 3-3/8″ 45″ 1-1/8″ 2-1/8″
16# 2-3/16″ 3-3/8″ 46″ 1-1/8″ 2-1/8″
17# 2-3/16″ 3-3/8″ 47″ 1″ 2″
18# 2-1/8″ 3-1/4″ 48″ 1″ 2″
19# 2-1/8″ 3-1/4″ 49″ 1″ 2″
20# 2-1/8″ 3-1/4″ 50″ 1″ 2″
21# 2-1/8″ 3-1/4″ 51″ 1″ 2″
22# 2″ 3-1/8″ 52″ 7/8″ 1-7/8″
23# 2″ 3-1/8″ 53″ 7/8″ 1-7/8″
24# 2″ 3-1/8″ 54″ 7/8″ 1-7/8″
25# 1-7/8″ 3″ 55″ 7/8″ 1-7/8″
26# 1-7/8″ 3″ 56″ 3/4″ 1-3/4″
27# 1-7/8″ 3″ 57″ 3/4″ 1-3/4″
28# 1-3/4″ 2-7/8″ 58″ 11/16″ 1-5/8″
29# 1-3/4″ 2-7/8″ 59″ 11/16″ 1-5/8″
30# 1-5/8″ 2-3/4″ 60″ 11/16″ 1-5/8″
Carta de longitud de Jobber
Diámetro Longitud de la flauta (pulgadas) Longitud total (mm) Diámetro (pulgadas) Longitud de la flauta (pulgadas) Longitud total (mm)
A 2-5/8″ 3-7/8″ norte 3-1/16″ 4-3/8″
B 2-3/4″ 4″ O 4-1/2″ 4-1/2″
C 2-3/4″ 4″ PAGS 4-5/8″ 4-5/8″
D 2-3/4″ 4″ q 4-3/4″ 4-3/4″
mi 2-3/4″ 4″ R 4-3/4″ 4-3/4″
F 2-7/8″ 4-1/8″ S 4-7/8″ 4-7/8″
GRAMO 2-7/8″ 4-1/8″ T 4-7/8″ 4-7/8″
H 2-7/8″ 4-1/8″ tu 5″ 5″
yo 2-7/8″ 4-1/8″ V 3-5/8″ 5″
j 2-7/8″ 4-1/8″ W 3-3/4″ 5-1/8″
k 2-15/16″ 4-1/4″ X 3-3/4″ 5-1/8″
L 2-15/16″ 4-1/4″ Y 3-7/8″ 5-1/4″
METRO 3-1/16″ 4-3/8″ Z 3-7/8″ 5-1/4″
* Custom-sastre estaría disponible contra los requisitos de los clientes

 

 

Comprehensive FAQ About Hex Shank Twist Drill Bits

This FAQ offers detailed insights into hex shank twist drill bits, including their applications, advantages, and best practices.

What Are Hex Shank Twist Drill Bits?

Hex shank twist drill bits are versatile tools designed with a six-sided shank to provide a secure grip in drill chucks. These bits are commonly used for drilling through materials such as wood, plastic, and metal, offering improved stability and reduced slipping during operation.

What Are the Advantages of Hex Shank Drill Bits?

Enhanced Grip

The hexagonal shank ensures a secure fit in the chuck, minimizing slippage during drilling, especially in high-torque applications.

Quick-Change Compatibility

Hex shank bits are compatible with quick-change systems, allowing for fast and easy bit changes, which improves efficiency in multi-step projects.

Versatilidad

These bits can be used with cordless drills, impact drivers, and standard drill chucks, making them suitable for various tools and applications.

Improved Torque Transfer

The design ensures better torque transfer, reducing the likelihood of the bit loosening during use.

What Materials Are Hex Shank Twist Drill Bits Made From?

Hex shank twist drill bits are crafted from durable materials to suit different applications:

High-Speed Steel (HSS):

Ideal for drilling wood, plastic, and soft metals.

Cobalt-Alloyed HSS:

Enhanced heat resistance for drilling harder metals.

Titanium-Coated HSS:

Reduced friction and longer bit life.

Carbide-Tipped:

Best for heavy-duty applications, such as drilling into concrete or stainless steel.

What Are Common Applications for Hex Shank Drill Bits?

Metal Drilling

Hex shank drill bits made from cobalt or titanium-coated HSS are perfect for drilling through aluminum, steel, and other metals.

Carpintería

They are commonly used in furniture making, cabinetry, and general carpentry.

Plastic Drilling

Sharp edges and smooth flutes make hex shank bits ideal for drilling clean holes in plastics without cracking.

Multi-Material Projects

The versatility of hex shank bits makes them suitable for tasks requiring transitions between different materials.

Can Hex Shank Drill Bits Be Used for Metal?

Yes, hex shank drill bits designed for metal drilling are made from materials like cobalt-alloyed HSS or titanium-coated steel. They offer the durability and heat resistance needed to drill through metals such as:

– Aluminum
– Mild steel
– Stainless steel (with cobalt bits)

What Are HSS Hex Shank Drill Bits?

High-Speed Steel (HSS) hex shank drill bits are crafted for precision drilling in materials like wood, plastic, and light metals. Their benefits include:

Durability:

Resistance to wear and heat.

Versatility:

Suitable for various materials.

Cost-Effectiveness:

Affordable and widely available.

What Are Hex Shank Metal Drill Bits?

Hex shank metal drill bits are specifically engineered to drill through metals. They feature:

Heat Resistance:

Often made from cobalt or titanium-coated HSS.

Sharp Cutting Edges:

For clean, precise holes in hard materials.

Improved Stability:

The hex shank minimizes slipping during high-torque operations.

Why Choose Hex Shank Drill Bits for Impact Drivers?

Hex shank drill bits are ideal for impact drivers because they:

Fit securely in the chuck, preventing slipping.
Withstand the high torque generated by impact drivers.
Enable quick bit changes, improving workflow efficiency.

How to Use Hex Shank Drill Bits Effectively?

Choose the Right Bit:

Select a bit appropriate for the material you’re drilling.

Secure the Bit:

Ensure the bit is properly seated in the chuck or quick-change adapter.

Set the Speed:

Adjust the drill’s speed to match the material and bit size.

Apply Steady Pressure:

Let the drill do the work—avoid forcing the bit.

Cool the Bit:

For metal drilling, use cutting oil to reduce heat and prolong bit life.

Can Hex Shank Drill Bits Be Used for Woodworking?

Yes, hex shank drill bits are widely used in woodworking. Their sharp tips and smooth flutes ensure:

Clean cuts in soft and hardwood.
Precise holes without splintering.
Compatibility with drills and impact drivers for flexibility.

What Are the Common Sizes of Hex Shank Drill Bits?

Hex shank drill bits are available in various sizes, typically ranging from:

1/16 inch to 1/2 inch

(Imperial)

1mm to 13mm

(Metric)

Specialized sizes like 100mm wood drill bits are used for deeper holes or specific tasks.

Are Hex Shank Drill Bits Better for Beginners?

Yes, hex shank drill bits are beginner-friendly due to:

Secure grip in the chuck, reducing the risk of slippage.
Easy bit changes with quick-change systems.
Versatility across multiple materials, reducing the need for tool changes.

What Are the Best Practices for Maintaining Hex Shank Drill Bits?

Clean After Use:

Remove debris to maintain sharpness.

Store Properly:

Keep bits in a protective case to prevent damage.

Sharpen Regularly:

Use a sharpening tool to restore cutting edges.

Use Cutting Oil:

For metal drilling, reduce heat and friction with lubricants.

Can Hex Shank Drill Bits Be Used with Cordless Drills?

Yes, hex shank drill bits are compatible with cordless drills. They are particularly advantageous because:

Quick bit changes improve efficiency.
Their secure grip prevents slippage, even with high-torque settings.
Lightweight and portable, making them ideal for on-site projects.

How Do Hex Shank Drill Bits Improve Efficiency in Multi-Step Projects?

Hex shank drill bits allow users to switch between bits quickly using quick-change systems. This is especially useful in tasks requiring multiple bit sizes or materials, saving time and effort.

Where Can You Purchase High-Quality Hex Shank Twist Drill Bits?

Reputable manufacturers like TENYU TOOL offer durable and reliable hex shank drill bits. Ensure you choose bits that match your project’s requirements, including material, size, and compatibility.

Why Are Hex Shank Drill Bits Popular for Metal Drilling?

Hex shank drill bits are ideal for metal drilling because:

They provide a secure grip in high-torque applications.
Heat-resistant materials like cobalt or titanium ensure durability.
The hex shank design prevents rotation or slipping in the chuck.

How to Choose the Right Hex Shank Drill Bits for Your Project?

Material:

Match the bit material to the material being drilled (e.g., HSS for general use, cobalt for hard metals).

Size:

Select the appropriate diameter and length for your task.

Tool Compatibility:

Ensure the shank fits your drill or impact driver.

Conclusión

Hex shank twist drill bits are versatile and efficient tools suitable for various materials, including wood, metal, and plastic. By choosing high-quality bits like those offered by [TENYU TOOL], you can ensure precision, durability, and improved workflow efficiency. For professional results, follow the best practices outlined in this guide.

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