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ARIX Diamond Segment-Core Drill Bit- Reinforced Concrete
Tools

ARIX Diamond Segment-Core Drill Bit- Reinforced Concrete

    ARIX diamond segment with ordered diamond arrangement, improved chip clearance & cooling, 30%+ longer life than random segments, ideal for reinforced concrete & recycled aggregate in continuous high-intensity cutting.

    Product Introduction

    The ARIX diamond segment features innovatively arranged diamond particles aligned in a pre-designed pattern on the segment surface.

     

    This ordered structure significantly improves chip clearance and cooling efficiency, resulting in smoother cutting, faster heat dissipation, and over 30% longer service life compared to conventional random segments.

     

    It is ideal for continuous high-intensity operations and performs well in cutting heterogeneous materials such as reinforced concrete and recycled aggregate concrete.

     

    In core drilling operations targeting hard, heterogeneous materials like reinforced concrete, traditional diamond tools often suffer from rapid performance decay due to poor debris removal and inefficient heat dissipation. The ARIX Ordered Diamond Segment is a technological innovation designed to address this core challenge.

    Core Benefits

    Pre-designed ordered diamond particle arrangement
    Improved chip clearance
    Improved cooling efficiency
    Smoother cutting performance
    Faster heat dissipation
    Over 30% longer service life compared to conventional random segments
    Reduced cutting resistance
    Less vibration during drilling
    Improved operational control and drilling precision
    Suitable for continuous high-intensity professional construction work

    Technical Features

    1. Ordered Diamond Particle Arrangement

    Unlike conventional segments with randomly distributed diamonds, the key feature of the ARIX segment is its diamond particles arranged in a precise, pre-designed pattern on the surface.

    Benefits:

    • Precise diamond particle arrangement
    • Pre-designed pattern on the segment surface
    • More orderly working surface
    • Improved overall segment performance
    • Better cutting stability compared with random segments

    2. Efficient Debris Removal

    During drilling, friction between the segment and the material generates rock debris and heat. Traditional random segments have a more chaotic working surface where debris can easily get trapped, creating a paste-grinding effect that hinders effective cutting.

    The regularly spaced diamond particles in the ARIX segment create and maintain superior channels for debris clearance at a microscopic level.

    Benefits:

    • More efficient expulsion of rock powder
    • Reduced debris trapping
    • Reduced paste-grinding effect
    • Reduced cutting resistance
    • Smoother drilling process
    • Less vibration

    3. Improved Cooling and Heat Dissipation

    The ordered structure creates cooling gaps that allow coolant, typically water, to contact the segment matrix and diamond particles more thoroughly.

    Benefits:

    • Improved cooling efficiency
    • Faster heat dissipation
    • Better coolant contact with the segment matrix
    • Better coolant contact with diamond particles
    • Helps prevent diamond graphitization
    • Helps prevent premature bond softening caused by overheating

    4. Longer Service Life in Heterogeneous Materials

    The ARIX Ordered Diamond Segment demonstrates exceptional durability when working with highly abrasive and non-uniform materials such as reinforced concrete and recycled aggregate concrete.

    Benefits:

    • Maintains sharp cutting ability throughout service life
    • Suitable for reinforced concrete
    • Suitable for recycled aggregate concrete
    • Suitable for highly abrasive materials
    • Suitable for non-uniform materials
    • Average service life can be extended by over 30% compared to conventional random segments

    5. Optimized Working Mechanism

    The ARIX Ordered Diamond Segment is not merely a material upgrade, but a design innovation focused on optimizing the working mechanism of drilling.

    Benefits:

    • Improves debris removal
    • Improves cooling
    • Provides more efficient cutting
    • Provides longer-lasting performance
    • Provides a more reliable cutting solution
    • Suitable for continuous, high-intensity professional construction work

    Working Principle

    The ARIX Ordered Diamond Segment works by arranging diamond particles in a precise, pre-designed pattern on the segment surface. During drilling, the regularly spaced diamond particles create channels for debris clearance and cooling gaps at a microscopic level. This allows rock powder to be expelled more efficiently and allows coolant to contact the segment matrix and diamond particles more thoroughly, resulting in smoother drilling, faster heat dissipation, and improved service life.

    Machine Parameters

    No.

    welding method

    bit diameter/mm

    segment size/mm

    segment shape

    type

    1 laser &high-frequency 32-38 16*3.7*12(10+2) flat segment ARIX
    2 40-52 24*3.7*12(10+2)
    3 50-55 24*3.7*12(10+2)
    4 56-65 24*3.7*12(10+2)
    5 66-76 24*3.7*12(10+2)
    6 68-82 24*3.7*12(10+2)
    7 77-95 24*3.7*12(10+2)
    8 24*4.0*12(10+2)
    9 96-126 24*3.7*12(10+2)
    10 24*4.0*12(10+2)
    11 102-142 24*3.7*12(10+2)
    12 24*4.0*12(10+2)
    13 24*4.5*12(10+2)
    14 127-186 24*3.7*12(10+2)
    15 24*4.0*12(10+2)
    16 24*4.5*12(10+2)
    17 24*5.0*12(10+2)
    18 152-202 24*4.0*12(10+2)
    19 24*4.5*12(10+2)
    20 187-380 24*4.0*12(10+2)
    21 24*4.5*12(10+2)
    22 24*5.0*12(10+2)
    23 350-500 24*5.0*12(10+2)
    24 24*5.5*12(10+2)
    25 24*6.0*12(10+2)
    26 24*6.5*12(10+2)

    Applications

    Suitable for:
    Core drilling operations
    Reinforced concrete
    Recycled aggregate concrete
    Hard, heterogeneous materials
    Highly abrasive and non-uniform materials
    Continuous high-intensity operations
    Professional construction work

    Optional Configurations

    Laser welding method
    High-frequency welding method
    Bit diameter range from 32–500mm
    Segment size options according to bit diameter
    Flat segment shape

    Our Advantages

    Ordered diamond particle structure
    Improved debris removal
    Improved cooling efficiency
    Reduced cutting resistance
    Less drilling vibration
    Improved operational control
    Improved drilling precision
    Helps protect diamond particles and metal bond
    Maintains sharp cutting ability during service life
    Over 30% longer average service life compared to conventional random segments
    More efficient, longer-lasting and more reliable cutting solution

    FAQ

    What is this product used for?
    It is used for core drilling operations in hard, heterogeneous materials such as reinforced concrete and recycled aggregate concrete.
    What is the key feature of the ARIX diamond segment?
    Its key feature is diamond particles arranged in a precise, pre-designed pattern on the segment surface.
    How does the ordered structure improve performance?
    The ordered structure improves chip clearance and cooling efficiency, resulting in smoother cutting, faster heat dissipation, and longer service life.
    How much longer is the service life?
    The average service life can be extended by over 30% compared to conventional random segments.
    Why does it reduce vibration?
    Smoother debris removal reduces cutting resistance, leading to a smoother drilling process with less vibration.
    What materials is it suitable for?
    It is suitable for reinforced concrete, recycled aggregate concrete, and other hard, heterogeneous, highly abrasive and non-uniform materials.
    What welding methods are available?
    The listed welding methods are laser and high-frequency welding.
    What bit diameter range is available?
    The listed bit diameter range is from 32mm to 500mm.

    Send Inquiry

    We are committed to providing you with the best quality service and look forward to communicating with you to solve problems together and bring you a better experience.