DTH Bits - MACH50

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DTH Bits - MACH50 Specification

Condition
New

Cutting Area
Depends on bit diameter

Diameter
95 mm, 100 mm, 105 mm, 115 mm, 127 mm, 140 mm

Noise Level
Depends on drilling equipment

Features
Robust construction, High wear resistance, Long service life, Precision machining

Machine Type
Down The Hole (DTH) Drilling Bit

Product Type
DTH Bits

Material
Alloy Steel

Computerized
No

Automatic Grade
Manual

CNC Or Not
No

Control System
None

Power Source
Pneumatic

Weight (kg)
9 to 20 kg (Depending on bit size)

Dimension (L*W*H)
Varies as per specification

Capacity
High Drilling Performance

Color
Silver/Grey

Usage & Applications
Mining, construction, water well drilling, quarrying

About DTH Bits - MACH50

MACH50
FLAT FACE
DIAMETER		FLUSH HOLES	BUTTONS DIA X QTY		WEIGHT		PRODUCT NO
MM	INCH	FLUSH HOLES	OUTER	FRONT	KG	LBS	PRODUCT NO
165	6 1/2	2	16X8	16X10	17.0	37.47	36-5490D165S
CONCAVE
146	5 3/4	2	16X8	16X7	15.8	34.83	36-5477D146S
150	5 29/32	2	16X8	16X8	16.3	35.93	36-5478D150S
CONVEX
140	5 1/2	2	16X8	16X7	15.7	34.61	36-5487D140S

Versatile Bit Face and Button Shape Options

Choose between concave, flat, or convex bit faces and spherical or ballistic buttons to match your specific drilling environment. The variety in design ensures that the MACH50 DTH Bits deliver optimal performance across diverse geological formations and drilling requirements.

High Durability and Reliable Performance

Manufactured from premium alloy steel and finished with advanced shot blasting or phosphating processes, these bits offer enhanced wear resistance and robust construction. This results in prolonged service life and consistent performance even in demanding drilling operations.

Superior Compatibility and Depth Capability

Designed for use with MACH50 series DTH hammers, these bits can handle operating pressures up to 24 bar and depths of up to 300 meters. Their compatibility and capacity make them suitable for large-scale industrial projects across mining, construction, and water well drilling sectors.

FAQs of DTH Bits - MACH50:

Q: How do I select the appropriate bit face shape and button type for my drilling needs?

A: The choice between concave, flat, or convex face shapes and spherical or ballistic buttons should be based on your application and ground conditions. Concave faces excel in hard rock, convex faces suit softer formations, and flat faces offer versatility. Spherical buttons are durable for abrasive rock, while ballistic buttons are ideal for faster penetration in softer material.

Q: What operating pressure and drilling depth are supported by MACH50 DTH Bits?

A: MACH50 DTH Bits are engineered to support operating pressures of up to 24 bar when used with compatible MACH50 series hammers. They are capable of drilling depths up to 300 meters, making them suitable for extensive mining, construction, and water well projects.

Q: Where can MACH50 DTH Bits be effectively used?

A: These DTH Bits are designed for various applications, including mining, construction, quarrying, and water well drilling. Their robust construction and high performance make them versatile for diverse terrains and demanding project requirements.

Q: What is the process for installing MACH50 DTH Bits onto a drilling hammer?

A: Installation involves securely attaching the DTH bit to the API Reg threaded connection of a compatible MACH50 series hammer. Proper alignment and tightening are critical to ensure safe and efficient operation without damage to the bit or hammer.

Q: What are the benefits of the alloy steel construction and specialized surface finishing?

A: The alloy steel composition provides high strength and resistance to wear, while shot-blasted or phosphated surface finishes add an extra layer of corrosion protection. This combination ensures a long service life and sustained performance in harsh drilling environments.

Q: How does the bit diameter affect cutting area and drilling performance?

A: The cutting area and drilling speed are directly influenced by the bit diameter. Larger diameters, such as 140 mm, allow for faster drilling and larger boreholes, while smaller diameters are suited for precision tasks. Selection depends on your projects requirements.

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