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Xingtong Drill Bit 14 3/4 XHR S 5163 (26002)
| Place of Origin | CHINA |
|---|---|
| Brand Name | XINGTONG |
| Certification | API、ISO 9001 |
| Model Number | 14 3/4 XHR S 5163 (26002) |
| Document | 14 3.4 XHR S 5163 (26002).pdf |
| Minimum Order Quantity | 1 Picece(MOQ) |
| Price | Negotiable |
| Packaging Details | Standard Exported Package |
| Delivery Time | 15-45 Days |
| Payment Terms | L/C,D/A,D/P,T/T,Western Union |
| Supply Ability | Stable supply and support for bulk customization |
Product Details
| Cutter Grade | GI | IADC Code | S222 |
|---|---|---|---|
| Body Type | STEEL | Face | 74 |
| Gauge | 95 | Updrill | 5 |
| Nozzle Type& Count | M*8 | Chip Removal Groove Area Ratio | 60.1% |
| API Connection | 7-5/8REG | Make-Up TQ | 65.5-86.1KN.m |
| Gauge Length | 98mm | Make-Up Length | 430mm |
| Approximate Shipping Weight | 174kg | Recommended Weight On Bit | 16-20T |
| Total Flow Area | 776mm^2 | ||
| Highlight | PDC drill bit 14 3/4 XHR S 5163,Xingtong PDC drill bit with warranty,14 3/4 XHR S 5163 drill bit |
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Product Description
Positioning
The XHR series is a high-RPM drill bit designed for high-speed drilling in soft formations. In operations aimed at achieving higher rate of penetration (ROP) in soft formations, the XHR bit leverages a unique tooth geometry configuration and hydraulic optimization to deliver efficient rock breakage and rapid cuttings removal, thereby significantly increasing drilling speed.
Technical Highlights
1. Suitable for high-speed drilling in soft formations.
2. Optimize the irregularly shaped cutting teeth in the hybrid matrix to enhance rock-breaking efficiency while increasing the transport velocity of cuttings.
3. Nozzles and flow passages optimized through CFD design deliver higher cuttings-carrying efficiency during high-speed drilling.
4. The high-strength steel body enables a thinner cutter blade thickness, thereby preventing interference at the rear of the blade during high mechanical drilling rates.
Applicable Operating Conditions
Drilling intervals in soft to medium-hard formations that require accelerated penetration, where the goal is to achieve the highest possible mechanical drilling rate.
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