Bronze, Brass & Copper Investment Casting (Lost Wax Process)

Circuit Breaker Parts, Nickel-tin bronze is often used in the manufacture of components such as propellers, The addition of nickel increases the.

The addition of nickel enhances its mechanical properties and improves its ability to withstand various environmental conditions, including exposure.

High-leaded tin bronze (C93800) per A Anti-acid Metal , Acid resisting applications,The high lead content of this alloy gives it the ability to.

Aluminum in conjunction with iron and nickel acts as a strengthener in these alloys including C952.mild alkali applications. klnown as Aluminum.

Aircraft components, sewage treatment applications. Aluminum bronze 9D It provides reliable mechanical performance It supports long operational life.

Copper - 99.70 min. Soldering and brazing are considered as excellent Electrical and thermal conductors Bus conductor components.

UNS C80100 copper alloy has a copper content of not less than 99.95%. C80100 is a casting copper with high electrical conductivity (100% IACS). used.

OFHC copper is a high conductivity, oxygen free grade .known for its characteristics of high electrical and thermal conductivity. Casting in an.

It exhibits excellent corrosion resistance, heat resistance, good machinability and weldability. It exhibits excellent yield, compressive strength,.

CW307G, CuAl10 Ni5Fe4 It provides reliable mechanical performance It ensures stable service conditions It supports long operational life.

Copper Titanium, beryllium free, non sparking tools, hvof nozzels, high performace It provides reliable mechanical performance.

Zn 11-16%, Sil 0.5 - 2%, casting of sword handles It provides reliable mechanical performance It ensures stable service conditions.

Silicon Brass castings exhibit moderate strength and very good aqueous and atmospheric corrosion resistance It ensures stable service conditions.

CuAl11Fe5Ni5, CC334G, aerospace application and non sparking tools. This alloy has high strength which is produced by a quench and temper anneal.

Nickel silver bronze (C97800) per CDA standards is used in precision machined components, offering tensile strength of 300–500 MPa, hardness 80–140.

Nickel silver bronze (C97600) per CDA standards is used in precision machined components, offering tensile strength of 300–500 MPa, hardness 80–140.

Nickel silver bronze (C97300) per CDA standards is used in precision machined components, offering tensile strength of 300–500 MPa, hardness 80–140.

Die components, high aluminum bronze CuAl12Fe4. eat treated to produce tensile properties in excess of 830N/mm² with high hardness. Good corrosion.

Its high flexibility ensures excellent conformability and resistance to cracking under stress, while its outstanding wear and galling resistance.

Cable connectors, terminals, it is antimobrobial properties It provides reliable mechanical performance It ensures stable service conditions.

Aluminum bronze, such as C95520, is the highest strength standard copper-based alloy.CuAl10Ni5Fe3 | C95520 is a high-performance cast nickel.

Nickel-Aluminum bronze (C95500HT) is heat treated version with increase tensile of minium 750 MPa It provides reliable mechanical performance.

C95410HT is a heat-treated aluminum bronze alloy that elevates the performancalso boasts enhanced wear resistance and a reduced coefficient of.

Aluminium bronzes contain 5 to 12% of aluminium, nickel, silicon, manganese, and iron. Due to the presence of hard, adherent, protective alumina.

C95400HT is a premium aluminum bronze alloy that undergoes precision heat treatment to achieve exceptional strength and durability.pplications.

Pump parts, spur gears, valve bodies, valve guides, valve seats, CC331G, CuAl10Fe3 It provides reliable mechanical performance.

Aluminum bronze 9B known. Tensile Minimum 557 MPa It provides reliable mechanical performance It ensures stable service conditions.

C95300 stands out as a versatile copper-based alloy renowned for its remarkable combination of strength, ductility, and wear resistance. C95300 is.

Structural castings. Cu 87 Sn 5 Ni 5 It provides reliable mechanical performance It ensures stable service conditions.

Heat treated versdion of C94700. increase tensile strenght to above 500 Mpa It provides reliable mechanical performance.

When maintaining lubricity is paramount, Bronze Alloy 943 may be your solution. Also called Soft Bronze, CC94300 Bronze, and Highly Leaded Tin Bronze.

Valve components. This alloy also exhibits structural uniformity, ensuring consistent properties throughout the material and promoting predictable.

Cu% 69.00- 72.00 Pb - 14.00- 16.00 Sn - 12.00- 14.00 It provides reliable mechanical performance It ensures stable service conditions.

C93900 exhibits good shear properties and compressive strength, allowing it to resist forces applied parallel to its surface and withstand.

CuSn10PB9. The high lead content of this class of bronze, combined with the high tin content, increases plasticity, maximises strength and aids.

Excellent Corrosion Resistance in Wet and Salty Environments Also known as CDA 936, C936 Bearing Bronze, or High-Leaded Tin Bronze, this alloy is.

A lower tin and higher lead content. This combination makes its machining properties excellent and provide a medium strength with good corrosion.

E lead content in high-leaded tin bronze alloys is between 7 percent and 30 percent. These alloys perform extremely well in unforgiving environments.

High leaded gun metal.CuSn7Pb7Zn3.This is one of the most popular general bearing alloy. Excellent antifriction and machining properties.

The addition of lead to this formulation not only reduces friction, contributing to extended service life and improved efficiency, but also enhances.

C92800 Leaded Tin Bronze is used to produce a number of industrial parts including piston rings, castings and bushings.

The addition of lead enhances its fluidity and castability, allowing for the efficient production of long, complex shapes with smooth surfaces and.

Nickel-Phosphor Bronze (C92500) per ASTM B139 is used in spring contacts,C925 nickel-phosphor bronze is notable for containing comparatively high.

Opper-tin alloy with high tensile, yield and compressive strength as well as wear resistance It provides reliable mechanical performance.

Leaded gun metal CuSn6Zn4Pb2 also known as “Navy M”. low loaded components with adequate lubrication It provides reliable mechanical performance.

C91600, also called high tin bronze, is a copper-tin alloy with high strength and hardness.C91600 is often used in demanding environments due to its.

C91300 is a high-strength manganese bronze alloy comprised primarily of copper (83–87%), aluminum (3–4.5%), iron (2–4%), and manganese (1–2.5%),CDA.

High-strength applications for these alloys are pump impellers, Hollow conductors. tin - 15-17% It provides reliable mechanical performance.

Tin bronze (C91000)excellect resisitance to chloride pitting , high strenght at elevated tempratures It provides reliable mechanical performance.

High Tin bronze (C90810) known as PB2, phosphrous bronze, used for high impact loads It provides reliable mechanical performance.

Tin bronze (C90800) C908 tin bronze castings are utilized worm gears. Tin bronze Alloy is used for high-strength applications. C908 tin bronze.

C90700 is a copper-tin alloy that is up to 88.8% copper. This copper-tin alloy popularity as a gear material is earned because of its high tensile,.

Tin bronze (C90500 minium tensile 300 MPa, 9-11% Tin, Clamps and connectors It provides reliable mechanical performance.

Tin bronze alloys such as C90300 are typically found in gear and high-strength bushing and bearing applications where high strength, low speeds, and.

Bismuth Tin Bronze Alloy, C89835 is a lead-free replacement for C93200, C84400, and C83600. It is compliant with the “Reduction of Lead in Drinking.

Bismuth Tin bronze (C89831) C89831, a lead-free replacement alloy.Corrosion-resistant/pressure-tight castings, It ensures stable service conditions.

Bismuth Tin bronze (C89520) C89520, also termed EnviroBrass II,Plumbing castings It provides reliable mechanical performance.

Bismuth Tin bronze (C89325) C89325 is a C937 lead-free replacement alloy. C89325 supports the market demand for lead-free material and compliance.

Bismuth Tin bronze (C89320) are typically used in fasteners and industrial applications.copper content of not less than 87%.

Silicon brass (C87850) C87850 supports regulation-compliant lead-free material. Valve bodies for water It provides reliable mechanical performance.

Manganese bronze (C86700) Brackets, tensile minium 586 MPa It provides reliable mechanical performance It ensures stable service conditions.

Manganese bronze (C86500) claasifed under High Strength Yellow Brasses. , machinery parts requiring high strength, pressing dies for wood pulp,.

Manganese bronze (C86400) per CDA 864 Boat parts, covers for marine hardware, marine fittings, marine hardware It ensures stable service conditions.

Manganese bronze (C86300*) C863 is also known in the following related terms.C863 is known for its high strength and hardness, use of manganese as.

Manganese bronze (C86200) per CDA Manganese bronze alloys can operate under very high loads and speeds. Besides excellent mechanical qualities,.

Leaded yellow brass (C85700) properties of yellow brasses are well-suited for architectural trim, decorative hardware and plumbing fixtures.

Leaded semi-red brass (C84800) Air line fittings, fittings, gas line fittings, low-pressure valves It provides reliable mechanical performance.

Copper UNS C84400 has a copper content of not less than 78%. Gun Metal commonly referred. low cost bearings under low loads.

Red brass alloys such as C842 are typically utilized Red brass is also used as a cost-effective material for low-load bearings. Tensilae minimum 221.

LRed brass alloys such as C838 are typically utilized in plumbing applications. with minium tensile strength of 207 MPa, excellent machinability due.

C83470 is a viable option to produce castings that will be in compliance with the Safe Drinking Water Act or other standards requiring castings to.

It's comprised of 93% Copper (Cu), 1.5% Tin (Sn), 1.5% Lead (Pb), and 4% Zinc (Zn). This alloy is typically used for terminal ends for electrical.

C81500, known as chromium copper, is a unique copper alloy that bridges the gap between high conductivity and robust mechanical properties. The.

Lead-free Brass (C69300) also known as ECO Brass. With the removal of lead and other harmful chemicals such as arsenic and bismuth, high-performance.