Impregnated Diamond Core Bit

Mark & model: The Impregnated Diamond Core Bit is made from high-quality synthetic diamond and metal powder which could be used in various types of strata. The best effect is achieved through the flexible design according to different strata and parameters of drilling equipment.

Product profile :  Impregnated Diamond Core Bit

     Impregnated Diamond Core Bit are manufactured with very small, high quality synthetic diamonds, mixed evenly through a metal alloy matrix. The matrix erodes away at the same rate as the diamonds become worn and rounded. Thus new sharp diamonds are exposed to continue cutting through the rock. In most geological formations, impregnated bits are more economical to use than other bits. 

  Matrix height  

     We offer standard Matrix Height is 6mm and we provide with extra height upon customer’s request. Cenerally, 6mm height is recommended for conventional bits, 8mm or higher are recommended for wireline bits, standard impregnated bits are available with different matrix heights, 6mm,8mm,9mm,10mm,12mm,14mm.

Dimensions of Core Bits

A-Gauge Core Bits: AQ, AQ-RSG,AWG(AX), AWM, AWT, LTK48

B-Gauge Core Bits: BQ, BQ-RSG, BQ-2.400, BQ3, BWG(BX), BWM, BWT, LTK60, TBW

N-Gauge Core Bits: NQ, NQ-RSG, NQ-3.032, NQ2, NQ2-RSG, NQ3/NQTT, NQ3-RSG, NQ3-3.032, NMLC, NWG(NX), NWM, NWT, TNW,

H-Gauge Core Bits: HQ, HQ-RSG, HQ-3.830, HQ-3.895, HQ3/HQTT, HQ3-RSG, HQ3-3.895, HMLC, HWF-Long, HWF-Short, HWG(HX), HWT

P-Gauge Core Bits: PQ, PQ3, PWF-Long, PWF-Short

S-Gague Core Bits: SWF-Long, SWF-Short

U-Gague Core Bits: UWF-Long, UWF-Short

Z-Gauge Core Bits: ZWF-Long, ZWF-Short

T, TT, T2&TB Series Metric Core Bits: T36, TT46, T2-46, TB56, TT56, T2-66,T2-76, T2-76Coreline, T2-86, T2-86Coreline, T2-101, T2-101Coreline

T6 Series Metric Core Bits: T6-76, T6-86, T6-101, T6-116, T6-131, T6-146

T6S Series Metric Core Bits: T6S-76, T6S-86, T6S-101, T6S-116, T6S-131, T6S0146

B Series(IS03552-1)Metric Core Bits: B36, B46, B56, B66, B76, B86, B101, B116, B131, B146

Dimensions of Core Bits: