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Wireline Series:A/WL,B/WL,N/WL,H/WL,P/WL,NWL-2,NWL-3,NWL-TT,HWL-3,HWL-TT,PWL-3,PWL -TT, AWL-TK,BWL-TK
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T2 Series: T2 46,T2 56,T2 66,T2 76,T2 86,T2 101
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T6 Series: T6 76,T6 86,T6 101,T6 116,T6 131,T6 146, T6S 101,T6S 116
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T Series: T36,T46,T56,T66,T76,T86
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Z Series: Z46,Z56,Z66,Z76,Z86,Z101,Z116,Z131,Z146
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B Series: B36,B46,B56,B66,B76,B86,B101,B116,B131,B146
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WF Series: HWF,PWF,SWF,UWF,ZWF
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WT Series: RWT,EWT,AWT,BWT,NWT,HWT
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WM Series: EWM,AWM,BWM,NWM
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WG Series: EWG,AWG,BWG,NWG,HWG
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Others: NMLC,HMLC,LTK48,LTK60,BGM,NGM,ADBG,TBW,TNW,ATW,BTW,NTW,HTW,NXD3,AX,NX,NXC,AXT,T6H,4 9/16,NWD4,412F,SK6L146,TT46,TB56,TS116,CHD101
T.C (Tungsten Carbide Bit)
Tungsten-carbide bit, set with tungsten carbide,applicate in limited range of rock formation with more friendly price.
>>Diversify design for coring and non-coring bit.
>>Appropriate for softer unconsolidated rock formations.
>>CROWN bit is manufactured with rectangular-shape or octagonal-shape or crushed tungsten-carbide elements and physically embedded into the bit. Composed of a tough, wear resistant metal-bond matrix material.
>>Appropriate for softer unconsolidated rock formations.
>>CROWN bit is manufactured with rectangular-shape or octagonal-shape or crushed tungsten-carbide elements and physically embedded into the bit. Composed of a tough, wear resistant metal-bond matrix material.
Regular T.C Core Bit, set with rectangular-shaped or Octagonal-shaped tungsten carbide elements.
>>Composed of a tough,wear resistant metal-bond matrix material.
>>Appropriate for geotechnical soil investigation or core drilling in overburden layers that are mainly composed of clay, sand, gypsum or soft shale.
>>Composed of a tough,wear resistant metal-bond matrix material.
>>Appropriate for geotechnical soil investigation or core drilling in overburden layers that are mainly composed of clay, sand, gypsum or soft shale.
Broken Carbide Core Bit, set with crushed tungsten-carbide that are bonded in a metallic alloy.
>>More cutting edges than the regular T.C bit
>>Composed of several layers of cutting media.
>>The bit face regenerates itself with new cutting edges by wearing away the metallic alloy during operation to continually expose new layers of carbide-chips until the bit is consumed.
>>More cutting edges than the regular T.C bit
>>Composed of several layers of cutting media.
>>The bit face regenerates itself with new cutting edges by wearing away the metallic alloy during operation to continually expose new layers of carbide-chips until the bit is consumed.
Non-coring Broken Carbide Bit, set with crushed tungsten-carbide that are bonded in a metallic alloy but none-coring.
>>More cutting edges than the regular T.C bit
>>Composed of several layers of cutting media.
>>The bit face regenerates itself with new cutting edges by wearing away the metallic alloy during operation to continually expose new layers of carbide-chips until the bit is consumed.
>>More cutting edges than the regular T.C bit
>>Composed of several layers of cutting media.
>>The bit face regenerates itself with new cutting edges by wearing away the metallic alloy during operation to continually expose new layers of carbide-chips until the bit is consumed.
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