Custom Machining MWD, LWD & FE Wear Parts
MWD, LWD & FE Components
We provide gundrilling solutions necessary to support today's, and tomorrow's leading edge Formation Evaluation, Rotary Steerable, Well Completion and reservoir management technologies.
M.W.D. COMPONENTS AND L.W.D TOOLING.
Mud Deflectors
Valve Seats and Stems
Rotors and Stators
Erosion Sleeves
Flow Restrictor Bearings
Main Pulser Components
Orifices
Solid Carbide or Two- Piece Threaded Nozzles
Seal Rings
Ported Flow Cages
Thrust Bearings
Other tungsten carbide wear parts for oil and gas:
Chokes/Wear Sleeves
Funnel Seats
Plugs
Valves
Points
Gates & Seats
Fluid Flow Cages
That's what we do every day. We provide the gun drilling solutions needed to support today's and tomorrow's leading formation evaluation, rotary guidance, completion and reservoir management technologies.
Our expertise is in tight tolerance deep hole drilling in high grade alloys. We produce holes as small as 0.087 "Ø (2.2mm) and as large as 13" with relative depths of up to 31 (800mm) ft. SPP Carbide's unique and specialized gun drilling methodology allows us to produce fluid passages and alignment passages at depths and tolerances that others in the industry would consider impossible to achieve. We do this using high grade, high strength alloys such as Tungsten Carbide, Technical Ceramics, MP35N, 718, 825, 925, 17-4PH, as well as Titanium, Beryllium Copper and specialised non-magnetic 'oil sheet' alloys.
We are a full service machining supplier - from raw material manufacture or sourcing, to state of the art CNC machining, to welding, cladding, coating and shot blasting - whether your product is a rope job, MWD, LWD or completion equipment, we offer an unparalleled combination of gun drilling and deep hole machining technology with our world class machining expertise, making SPP Carbide is the best solution for your drilling column components.
MWD, LWD & FE Tungsten Carbide Wear Components for Oil & Gas
Related products
Tungsten Carbide Wear Parts for Oil & Natural Gas
Oil and Gas
For over 30 years, SPP CARBIDE has been providing solutions for the oil and gas industry. We offer a wide range of products, from the smallest measuring inserts for drilling to complex and fully finished flow control assemblies manufactured and assembled from a variety of materials. Our fully integrated manufacturing organization allows us to control every step of the process from raw material to finished product. Providing our customers with the best combination of performance, total cost of ownership and availability.SPP CARBIDE produces tungsten carbide wear parts, hardened steel tooling, and technical ceramic parts for oil and gas applications, mainly in the drilling, production and wireline sectors.
ESP Components & Tungsten Carbide Sleeves and Bushings
Bushing & Sleeve of ESPThe cemented carbide bushing & sleeve will mainly be used on electric submersible pump(ESP) in oil field. There are kinds of sleeves, such as normal cylindrical axle sleeve, cylindrical axle sleeve with slot, axle sleeve with convex stage, axle sleeve with slot and convex stage, non-standard axle sleeve etc. There is a big choice of sizes and types of products. We can also recommend, design, develop, produce and supply the products according to the drawings and requirements of customers. Flow Carbide Cages for Oil Industries and Throttle Valves
SPP Carbide product range for oil and gas production includes artificial lift, flow control, and fluid end components manufactured from hard materials as well as specialty steels designed to improve the performance and extend the life of our customers’ products. From simple, straight walled choke beans to products with complex geometries used in ESP pumps. SPP Carbide supplies high-quality materials and components that have made us a leading supplier in this market segment.
The components include cages, sleeves, seats, points, rings, and discs for different design valves.
Tungsten Carbide Valve Sleeves and Bushings for Flow Control
In logistics transport pipelines, valve seals are susceptible to wear caused by sliding friction from other components, which can exacerbate valve failure. As a result, wear resistance has become an important performance indicator for valves in harsh conditions such as powder transport. spp Carbide has been working in the fluid transport field for 30 years and we are committed to solving the long-term stable production needs of fluid control systems such as coal chemical slurry and oil & gas. Monolithic sintered tungsten carbide carbide is used for sealing parts and is more suitable for hard sealing valve balls for flaps and seats, spools and sleeves, stems and pins, etc.
SPP carbide specialises in the production of wear resistant valve seals for use in harsh operating conditions, thus providing valve life and range. The main applications and types of valves include regulating valves, blackwater valves, slag locking valves, pressure reducing and noise reducing valves etc. The performance indicators of the valves are guaranteed to meet the needs of fluid control.Typical examples of tungsten carbide flow control elements:
Labyrinth bushings, valve bushings
Ball cages, valve cages, etc.
Valve balls and seats
Valve sprue, valve flap, valve plate, etc.
Homogeniser components
Nozzles and vortex chambers
Centrifugal pump components
Throttle valve assemblies and valve cages
Control valve components
Gate valve components
Mechanical seal components
Compressor components
Centrifuge tiles
SPP Carbide is committed to solving high performance research and development for wear resistant parts, we support not only tungsten carbide, cemented carbide but also technical ceramics, sapphire and other crystalline materials to achieve better wear resistance and hardness performance.
SPP Industry Ltd.
In the 1990s, SPP Industry Ltd was one of the first manufacturers to establish CNC machining in China. The company has now established five major machine parks in China, with significant achievements in the areas of 5-axis machining, precision grinding & honing, gear machining, large parts machining, custom tungsten carbide and new material development respectively.
