Stellite alloy is a high-temperature alloy material with excellent high-temperature resistance, corrosion resistance, and wear resistance. It is widely used in aerospace, aero-engines, petrochemicals, medical devices, and other fields. The following is a detailed description of the product classification, classification rules, application fields, and advantages of Stellite alloys
Stellite alloy products can be divided into the following categories according to their composition, characteristics, and application fields:
The classification of Stellite alloys is mainly based on their main composition and performance characteristics. Common classification methods include classification by base metal (nickel-based alloys, cobalt-based alloys, iron-based alloys, titanium-based alloys), classification by alloying elements (Ni-Cr alloys, Co-Cr alloys, Ti-Al alloys, etc.), and classification by application field (aerospace alloys, petrochemical alloys, medical device alloys, etc.).
Stellite alloys have excellent high-temperature resistance, corrosion resistance, and wear resistance, and are widely used in the following fields:
In general, as a high-performance material, Stellite alloys have wide applications and development prospects in aerospace, aero-engines, petrochemicals, medical devices, and other fields, and will provide important support and guarantee for technological progress and product improvement in related industries.
Our triple-blade end mills combine precision manufacturing (5-axis grinding) and premium materials (e.g., YG10X carbide) to deliver consistent performance in industrial production.
The wear-resistant bushing is a versatile wear-resistant protective component made of high-quality cemented carbide material. It is widely used in machinery manufacturing, automation equipment, hydraulic systems and other fields to reduce friction and wear between moving parts and protect base parts. It has the characteristics of compact structure, easy installation, good wear resistance and long service life, and can be customized in size and material according to different working conditions.
The carbide gun drill feather key is a precision-engineered guide & positioning component for carbide gun drills (deep-hole drilling tools). It ensures stable cutting, accurate hole alignment, and extended tool life during high-precision deep-hole machining. Made of premium tungsten carbide (WC-Co) with advanced coating technology, it delivers exceptional wear resistance and load-bearing capacity in harsh machining environments.
Carbide Plum Blossom Teeth are a specialized type of tungsten carbide cutting tool characterized by their unique, multi-pointed star shape that resembles a plum blossom. These teeth are designed as highly efficient, multi-faceted cutting elements for extreme abrasive and impact conditions, primarily in the mining and construction industries.
The RFD6ZX1010-1000 six-axis drilling and milling compound deep hole drilling machine is mainly used for deep hole drilling and milling. Equipped with a high-precision CNC turntable (B-axis) and a sliding table rotation axis (A-axis), it can complete five-sided drilling and milling with one clamping. This expands the machine’s processing range, reduces clamping times, greatly improves processing accuracy and efficiency, and effectively saves production costs. It is mainly used for oblique hole processing in molds, mechanical parts, etc.
2M2150 deephole honing machine is ideal equipment for deephole machining with high accuracy and high efficiency.This machine is matde with SIEMENS or FANUC CNC system.AC servo motor,honing box adopt stepless speed,and it also mated with Germany ATLANTA high accuracy racks and gears to realize the reciprocating of honing head and it can control the honing position too.This machine is matde with linear guide way and it have service life and high accuracy.
Iron-based wrought high-temperature alloys are a class of metallic materials with iron (Fe) as the principal element, engineered to maintain good mechanical strength and resistance to degradation (like oxidation) at elevated temperatures, typically in the range of 540°C to 760°C (1000°F to 1400°F). The “wrought” designation indicates they are shaped by thermomechanical processes such as hot rolling, forging, or extrusion, which refine their microstructure to provide a favorable combination of strength, ductility, and fabricability. They serve as a cost-effective and highly versatile solution for a wide array of high-temperature applications, bridging the performance gap between stainless steels and more expensive nickel or cobalt-based superalloys.
V-CUT knives (also known as V-shaped cutting knives or V-groove knives) are specialized tools for PCB (Printed Circuit Board) processing, metal sheet grooving, and V-groove machining of materials such as acrylic and plastic. Below is a detailed description from the perspectives of core characteristics, classification, parameters, and applications:
Tip diameter range:2.00mm~45.00mm Three-segment grinding tip:characterized by stable size,high hole surface finish,and high hole straightness and concentricity.It is perfect for applications in automotive shafts,mold cross holes,and hot runners,and has many applicationsin fields with high requirements for holes such as automotive shafts,hot runners,and so on.
Our Metal bond CBN/diamond honing stone has the advantage of longer life, higher efficiency and cost effective, can support Sunnen, Nissin, Nagel and Gehring honing machine, widely used in the auto parts (connecting rod, cylinder, fork, rocker arm), sewing parts, mould making, carbide tooling and compressor industry. We provide state of art quality and competitive price and look forward to cooperate with you.
Core Definition and Structure Grooving inserts are preformed replaceable cutting unit...
Four Axis CNC Deep Hole Gun Drilling Machine is used for processing automobiles, motorcycles, oil pump, nozzle, engineering machinery, mining machinery, military industry and other industries, small and medium-sized deep hole axial workpiece of special equipment.
Valve internals refer to the critical components housed within a valve body that directly control the flow, direction, and pressure of a fluid (liquid or gas). While the valve body contains the pressure, it is the internals that perform the essential work of sealing, modulating, and shutting off the flow. Their performance and durability are paramount to the entire system’s reliability. These components are typically designed as replaceable parts, allowing for maintenance and repair without replacing the entire valve body.
A Composite Sheet Substrate refers to a base material, typically in sheet form, that is composed of two or more distinct physical or chemical phases combined to create a new material with superior properties compared to its individual components. In advanced industrial contexts, this often involves combining a tough, ductile matrix (like a metal or polymer) with a hard, reinforcing phase (like ceramic particles or fibers) to achieve a balance of strength, toughness, and other specific functional properties. These substrates are engineered to serve as a foundational platform for further processing or as a core structural component in demanding applications.
Nickel-based corrosion-resistant alloys are a class of advanced metallic materials engineered primarily to withstand extreme corrosive environments. Their foundation is a nickel (Ni) matrix, which is inherently resistant to many corrosives, alloyed with other key elements—primarily chromium (Cr), molybdenum (Mo), and sometimes copper (Cu) and nitrogen (N)—to create a versatile and powerful family of materials for the most aggressive chemical and industrial applications. They are the go-to solution when stainless steels are no longer sufficient.
