Steel Box PDC Bits Specifically for Soft To Medium Shale Sequences
PDC Bits are the cutting-edge technology of Polymer Degree Bits, designed with superior quality and high performance in mind. With Matrix body material, the bits are able to provide the best connection to the API for drilling operations. The sealed and non-sealed bearing type offers maximum flexibility for various drilling operations. For customized needs, the bits are available in sizes ranging from 5 1/2'' to 17 2/1'' to fit a variety of drilling applications. After-sale services include providing accessories and maintenance to ensure maximum product efficiency.
PDC Bits are the ideal choice for drilling operations, offering the best performance and reliability. With the latest PDC Bits technology, customers can expect maximum performance and stability for their drilling operations.
PDC Bits | Polymerization Degree Control Bits |
---|---|
Packing | Steel Box |
Type | Drill Bits |
Origin | China |
Material | Carbide Steel |
Connection | API |
Application | Oil,Gas,Water Well Drilling |
Body Material | Matrix |
Formation | Soft To Hard |
Applicable Industries | Construction Works , Energy & Mining |
Design & Customize | 5 1/2'' - 17 2/1'' |
Polymerization Degree Control Bits, developed by Hebei China, is certified by ISO9001 and has a minimum order quantity that is negotiable. The price is also negotiable and the packaging details can be adjusted according to customers' needs. Delivery time is 15-30 work days and payment terms are TT. It has sealed and non-sealed bearing type, which can be used in various application such as oil, gas and water well drilling. It also provides accessories and maintenance for after-sale service. The formation of Polymerization Degree Control Bits is from soft to hard and it is of origin China.
PDC Bits are packaged in a secure box to protect them during shipping. The box is then placed in a larger box for shipping, along with an instruction manual.
All orders are shipped via a trusted carrier and are insured against damage during transit.