About Beryllium Copper Strips
Beryllium Copper Strips & Rods
Bestowed by vast industry experience in the metal sheets industry, we are competent to offer a wide range of Beryllium Copper Strips & Rods. The wide range of copper strips & rods is mainly used in electrical and engineering industry. Our offered copper strips & rods are well accredited in the market for their features such as perfect finish, dimensional accuracy and high durability. These Beryllium Copper Strips & Rods can be availed by our clients as per their precise requirements and choice.
Further Details:
Properties of Beryllium copper.
| Properties for Beryllium Copper | Applications for Beryllium Copper: |
| Ductile | Aerospace |
| Weldable | Connector & Relay |
| Machinable Alloy. | Electronics & Telecommunications |
| Non-Sparking | Foundry Products |
| Physically Tough | Motor Brush & Oil & Gas |
| Nonmagnetic | Plastic Injection Mold tooling |
| Resistant to non-oxidizing acids | Resistance Welding |
| Can be heat-treated | Switch & Micro Switches |
Uses Of Beryllium Copper: - Springs to retain their shapes
- Batteries contacts & electrical connectors
- Tools like screwdrivers, pliers
- Spanners, cold chisels and hammers
- Used in environments
- Percussion instrument
- Used for armour piercing bullets
- Measurement - drilling industry
- Cast alloys are used for injection molds
Tailored to Your SpecificationsOur Beryllium Copper Strips provide extensive customization options to meet exact application demands. The strips are available in widths from 2 mm up to 300 mm, thicknesses from 0.05 mm to 5 mm, and lengths tailored to order. Thanks to our flexible manufacturing process, we deliver strips suited for a wide range of industries, ensuring an optimal fit for everything from springs to connectors.
Superior Material BenefitsCrafted using high-purity BeCu alloys (grades like C17200, C17500, and C17510), these strips exhibit remarkable electrical conductivity, outstanding mechanical strength, and robust resistance to corrosion. Their high formability ensures ease during fabrication and assembly, making them a top choice in demanding sectors such as aerospace, electronics, and automotive manufacturing.
FAQs of Beryllium Copper Strips:
Q: How are Beryllium Copper Strips typically manufactured and customized?
A: Beryllium Copper Strips are produced through processes like rolling and annealing, with dimensional customization performed to meet specific application requirements. Sizes are highly flexible, accommodating widths from 2 mm to 300 mm, thicknesses between 0.05 mm and 5 mm, and lengths as specified by the client.
Q: What advantages does Beryllium Copper offer over other copper alloys?
A: Beryllium Copper delivers superior strength, high electrical and thermal conductivity, and excellent corrosion resistance compared to many other copper alloys. It also maintains its properties under a wide range of working conditions, making it ideal for precision components in high-performance environments.
Q: Where can these Beryllium Copper Strips be applied?
A: These strips are commonly used in electrical and electronic devices, automotive components, aerospace assemblies, connectors, switches, relays, and springs due to their distinctive combination of strength, conductivity, and resilience.
Q: When should Beryllium Copper Strips be considered for a project?
A: Choose Beryllium Copper Strips when your project demands exceptional electrical conductivity, mechanical strength, or when components must withstand demanding environmental conditions, especially in precision engineering fields.
Q: What is the process for ordering custom Beryllium Copper Strips in India?
A: You can source custom Beryllium Copper Strips through certified distributors, exporters, importers, and suppliers in India. Provide your required dimensions, grade, and quantity to initiate a quote or order.
Q: How do these strips benefit electrical or electronic component manufacturers?
A: The high conductivity and strength of Beryllium Copper Strips, along with their excellent fatigue life, are critical in the reliable function of electrical connectors, switches, and relays, helping manufacturers achieve durable, high-performance end products.