Manufacturing On Demand

—Manufacturers of Energy Industry

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Why Choose Our Energy Industry Manufacturing Services

System Certified Enterprises

ISO 9001
ISO 13485
ISO 16949

Specialized Manufacturing Capabilities

CNC machining (including 3- and 5-axis), milling and turning
Injection Molding, Sheet Metal Stamping, Die Casting, Forging
Over 60+ metals and plastics
Top-notch product reprocessing capabilities

Comprehensive Quality Processes

Material Test Reports
Material Certificates
Certificates of Conformance
First Article Inspections
CMM Inspection Report
Full Dimensional Inspections

Comprehensive Quality Processes

Special tooling
Sample size inspection
Dimensional checks with calibrated equipment
Review of all quality documentation

Top Energy Industry Hardware Applications

Top Energy Industry Hardware Applications

Custom fixtures and tooling
Rapid prototyping of parts using CNC milling and turning
New Energy Vehicle Battery Test Components
Components and housing
Generator components
Composite tooling
Prototyping

Top Energy Industry Manufacturing Capabilities

CNC Machining

Injection Molding

Sheet Metal Stamping

Die Casting

Forging

Energy Industry Components Materials

01 Aluminum Alloy

Aluminum has an excellent strength-to-weight ratio, making it an ideal material for producing parts for the energy industry. This metal has a variety of favorable properties including stiffness, corrosion resistance, ductility and high machinability. Aluminum is ideal for the manufacture of valves, brackets, tooling, insulated supports and more.

02 Titanium

Titanium is another metal that is widely used in the energy industry. This metal has excellent chemical and corrosion resistance. It also has an excellent strength-to-weight ratio and resistance to extreme temperatures. Titanium is used in battery assemblies, supports, insulating frames, hydrogen bipolar plates, and other energy mechanical components.

03 Steel

Steel is another metal that can be used to produce components for energy products. This metal is durable and performs efficiently. It also facilitates the production of high quality parts. It is corrosion-resistant and lightweight, and is used to produce energy infrastructure parts, insulating supports, valves, structural components, tooling, and more.

04 Copper

Copper plays a huge role in the comfort, efficiency and safety of the energy industry. Copper is an excellent conductor of electricity, highly ductile and malleable. It is suitable for the manufacture of piping systems, filters, pumps and valves, heat exchangers and other products.

Surface Finishing of Energy Industry

01 Anodizing

Surface treatment technology that generates a protective layer of metal oxide film on the surface of metal materials through electrolysis. This treatment can enhance the surface coloring, corrosion resistance, abrasion resistance, hardness, and play a protective role on the surface of the material.

02 Micro-Arc Oxidation

On the surface of non-ferrous metals and their alloys using micro-arc area instantaneous high temperature sintering effect, in situ growth of ceramic oxide film protective layer of surface treatment technology. Micro-arc oxidation to overcome some of the shortcomings of anodic oxidation, the generation of ceramic oxide film has a strong bond with the substrate, high hardness and strength, good insulation, wear-resistant, corrosion-resistant, heat-resistant and so on.

03 Electroplating

An electrochemical reaction in a solution deposits a metal or alloy on the surface of a conductor in the presence of an applied electric current. Electroplating is capable of treating the surface of complex devices and is therefore widely used for surface protection of materials related to the energy industry.

04 Hot Spraying

Materials (such as metals or ceramics) are melted into tiny particles by means of a high-temperature, high-speed air stream and then sprayed onto the surface of the part to form a protective layer.