Drill String Tools

*Soft Banding PTJ™ Drilling Tool Joint Protection* TDTECH’s Soft Banding PTJ™ Tool Joint Wear Protection is a revolution in drilling tool joint protection and adopts user-friendly high-grade Engineering Plastics to suit use in most types of wells. For more information click the PDF below:
	*Python PR™ Drilling* *Centralizer/Stabilizer* The Python PR™ Drilling Centralizer is in situ molded from a high grade Engineering plastic that offers a number of benefits over traditional Rotating Pipe Protectors. This product should not be used through milled windows but can safely be run out into open hole. For more information click the PDF below:
*Python SPR™ Rotating Drilling* *Stabilizer* The Python SPR™ Rotating Drilling Stabilizer provides most of the benefits of the PR tool while also being suitable for open hole applications. The in situ molded plastic retention sleeve safely locks the steel sleeve onto the tubular. For more information click the PDF below:
	*Python SR™ Rotating Drilling* *Stabilizer* The Python SR™ Rotating Drilling Stabilizer utilizes an in situ molded plastic retention sleeve to safely lock the steel sleeve onto the tubular. While primarily for open hole use, casing-friendly hard facing on the annular ring also makes it suitable for cased hole as well. For more information click the PDF below:
*Python SNR™ Non-Rotating Drilling* *Stabilizer* The Python SNR™ Non-Rotating Drilling Stabilizer utilizes an in situ molded high grade engineering plastic bearing sleeve and hard-faced steel non-rotating sleeve. This design has the fewest parts of any non-rotating protector on the market. This makes for a reasonable cost and a lower risk of downhole failure and junk in the hole. For more information click the PDF below:
	*Python PNR™ Non-Rotating Drilling* *Stabilizer* The Python PNR™ Non-Rotating Drilling Stabilizer utilizes both pre-molded and in situ molded components manufactured from high grade engineering plastics. The design results in a tool that is 100% steel-free providing little to no risk of complications due to component or fixing failure. For more information click the PDF below: