CP1419 Diamond Triangular Pyramid Composite Sheet
Video
CP1419 PDC Cutter is a premium polycrystalline diamond compact cutter designed for demanding drilling applications. Featuring a 14.3 mm diameter and 19.05 mm height configuration, this cutter delivers an excellent balance of impact resistance, wear resistance, and drilling efficiency. It is widely used in oil & gas drilling bits, mining drill bits, geological exploration tools, and foundation engineering applications.
Parameter Table
|
Model NO. |
CP1419 |
Length |
Standard |
|
Type |
PDC Cutter/Insert/Button |
Material |
Tungsten Carbide |
|
Usage |
Well Drilling, Oilfield,Gas Field,Mining Industry,Construction |
Wear Resistance |
Super High |
|
Thermal Stability |
750℃,800℃,850℃,900℃ |
Production Process |
Hthp Sintering |
|
Diamond Grade |
PCD |
Substrate Material |
Tungsten Carbide |
|
Total Height |
5~34 |
Tolerance |
±0.02mm |
|
Impact Toughness |
Excellent |
Certification |
ISO 9001 |
|
Shape |
Round |
Matched Drill Bit |
PDC Drill Bits, Core Bits, Tricone Bits, Drill Pipes (We also offer custom drill bit manufacturing) |
|
MOQ |
100PCS |
Specification |
1419 |
|
Transport Package |
Customized, Carton/Wooden Case |
Origin |
China |
|
Trademark |
Ninestones |
Production Capacity |
10000pieces/Year |
Applicable Strata
CP1419 PDC Cutter is engineered to perform efficiently in various geological conditions, including:
- Soft to medium-hard shale formations
- Sandstone formations
- Limestone formations
- Dolomite formations
- Interbedded formations
- Coal seam drilling
- Geothermal drilling projects
- Water well drilling applications
Its balanced design allows operators to achieve higher penetration rates while maintaining excellent cutter durability.
Core Product Advantages
High Compressive Strength
The optimized diamond-table structure withstands heavy drilling loads and high downhole pressure, reducing the risk of cutter deformation.
Superior Impact Resistance
The strong bond between the diamond layer and carbide substrate helps absorb shock loads encountered in interbedded and fractured formations.
Exceptional Wear Resistance
The ultra-hard polycrystalline diamond layer provides excellent abrasion resistance, extending bit life and reducing replacement frequency.
Outstanding Thermal Stability
Advanced sintering technology allows the cutter to maintain structural integrity under elevated drilling temperatures.
Faster Penetration Rates
Optimized cutting efficiency improves rock-breaking performance, helping operators achieve greater drilling footage per bit run.
Lower Cost Per Meter
Extended cutter life and improved drilling efficiency contribute to reduced overall drilling costs and increased operational profitability.
Precise Size Specifications
CP1419 features a nominal diameter of 14.30 mm and an overall height of 19.05 mm. This size configuration has become a popular industry standard due to its excellent balance between impact toughness and wear resistance. The cutter geometry allows drilling engineers to optimize bit design for both penetration rate and durability across a wide range of drilling environments.
Material and Core Technology
High-quality synthetic diamond particles are sintered under ultra-high pressure and temperature conditions to create a highly wear-resistant cutting surface.
The carbide base provides excellent structural support and impact resistance, improving cutter reliability in demanding drilling operations.
Utilizing advanced High Pressure High Temperature (HPHT) manufacturing processes, the diamond layer and carbide substrate achieve exceptional bonding strength and thermal stability. Similar manufacturing principles are widely recognized across the PDC cutter industry.
Application Field
Oil & Gas Drilling
Suitable for shallow to medium-deep well operations on land. Works well in tight sandstone, interbedded strata and gravel-bearing formations. High temperature resistance avoids carbonization and delamination, reducing bit replacement and overall drilling cost.
Mining Drilling & Exploration
Ideal for mineral prospecting, tunnel drilling and mine water well projects. Perfect for high-abrasive hard rock such as granite and quartzite. Excellent impact resistance prevents edge chipping, serving longer life in fractured mining formations.
Geological Exploration & Sampling
High dimensional accuracy ensures stable drilling and regular borehole. Guarantees complete formation core sampling, fully meeting high-precision geological survey and resource exploration requirements.
Water Well & Infrastructure Engineering
Widely used in deep water wells, pile foundation drilling and construction projects. Efficient penetration in common rock layers, low wear and stable performance for long-time continuous site operation.
Universal Bit Matching
Compatible with mainstream PDC bits, core bits and drilling tools with good interchangeability. Custom sizes and chamfers are available to meet non-standard matching demands for different projects.
Customized Service
Ninestones Superabrasives provides flexible OEM and ODM manufacturing services to meet specific drilling requirements.
Available customization options include:
- Customized cutter dimensions
- Customized diamond table thickness
- Different chamfer designs
- Enhanced impact-resistant grades
- Enhanced wear-resistant grades
- Laser marking services
- Customized packaging solutions
Our engineering team can recommend the most suitable cutter grade based on formation conditions and drilling objectives.
|
Cutter Model |
Diameter/mm |
Total |
SR Radius of Dome |
H Exposed Height |
|
CP1314 |
13.440 |
14.000 |
1.5 |
8.4 |
|
CP1319 |
13.440 |
19.050 |
1.5 |
8.4 |
|
CP1419 |
14.300 |
19.050 |
1.5 |
9 |
|
CP1420 |
14.300 |
20.000 |
1.5 |
9.1 |
Customer Reviews
Mark Wilson | Oilfield Drilling Project Manager
We have been using their 16mm PDC cutters for a long time. They perform steadily in hard formations with much better wear resistance than other brands. Cutter chipping is greatly reduced, which effectively cuts down our overall drilling cost. Highly reliable for long-term cooperation.
Carlos Rodriguez | Mining Drilling Engineer
Our working conditions are tough with granite and fractured formations. These PDC cutters have excellent impact resistance and longer service life. The dimension accuracy is perfect, fits our drill bits very well without repeated adjustment.
David Brown | Infrastructure & Water Well Contractor
Great customization service for non-standard sizes and special chamfers. Delivery is always on time. The cutters hold up well under continuous high-intensity site operation, fast penetration and low consumption, fully matching our construction schedule.
Packaging
To ensure maximum protection during international transportation, CP1419 cutters are packaged using multiple layers of protection:
- Individual plastic protective trays
- Shock-resistant foam inserts
- Durable export cartons
- Moisture-proof packaging materials
- Customized OEM packaging available
All packaging is designed to minimize transportation damage and maintain product quality upon arrival.
Delivery
Sample and bulk orders are acceptable. We support express, air freight and sea freight. Sufficient production capacity ensures stable lead time, safe and on-time delivery worldwide.
FAQ
Q: Which formations are best suited for CP1419?
A: CP1419 performs particularly well in soft to medium-hard formations such as sandstone, shale, limestone, and mixed formations.
Q: Can you provide customized PDC cutters?
A: Yes. We offer customized dimensions, diamond table thicknesses, chamfer configurations, and application-specific grades.
Q: What is your minimum order quantity?
A: MOQ requirements vary according to product specifications and customization requirements. Please contact our sales team for details.
Q: Do you provide technical support?
A: Absolutely. Our engineering team can recommend the most suitable cutter grade and bit design solution based on your drilling conditions.
Q: How do you ensure product quality?
A: All products undergo strict quality inspection throughout the manufacturing process, including raw material verification, dimensional inspection, bonding strength testing, and final quality control procedures.
