Product Description
Backed by state-of-the-art manufacturing unit, we are able of meet the varied requirements of clients by manufacturing and offering a wide range of Riveting Brass Wire. These are acknowledged in domestic as well as overseas market owing to their durability, excellent performance, reliable operation, abrasion & corrosion resistance and longevity. Available at minimal prices, our Riveting Brass Wire are largely used in Automobile & Electronic Industry and related segments.
Specifications:
IS:2074
BS:2874CZ119
IS:4170/75
CuZn 38PB1 / 1.5.
Technical specifications:
| Chemical Requirements | CuZn35Pb1 | CuZn35 |
|
| Copper | 62.0 - 65.0% | 63.0 - 68.0% |
| Lead | 0.75 to 1.50% | 0.02% max. |
| Iron | 0.10% max | 0.05% max |
| Total Imp. | 0.50% max | 0.30% max |
| Zinc | Remainder | Remainder |
| Physical Properties |
| Condition | T.S. MPa | EL% Min | T.S. MPa | EL% Min |
| Quarter Hard (HA) | 325-390 | 30% | 340-345 | 30% |
| Half-Hard (HB) | 400-490 | 20% | 420-510 | 15% |
| Hard (HD) | 500-685 | 15% | - | - |
| Extra Hard (HE) | 695-885 | 5% | - | - |
| Fabrication Properties |
| Capacity for being |
|
| Cold forming | Excellent |
| Machinability Rating | 70% |
| Bending | Excellent |
| Riveting | Excellent |
| Uses |
| Ductile Alloy with good combination of bending as well as cold heading properties |
Superior Performance and ReliabilityRiveting Brass Wire stands out due to its exceptional conductivity and machinability, making it a preferred option for electrical terminals, automotive parts, and fasteners. With customizable dimensions and finishes, it delivers consistent results across various industries.
Versatile Application and CustomizationWhether you need spools, coils, or specific cut lengths, our brass wire can be tailored precisely to your requirements. Surface treatments and hardness options allow for the perfect match to component tolerances and mechanical strengths specified for your projects.
FAQs of Riveting Brass Wire:
Q: How is the riveting brass wire manufactured to maintain high dimensional accuracy?
A: The wire is drawn to precise tolerances, typically 0.02 mm, using advanced machinery. Surface treatments such as annealing provide the desired hardness, while multiple quality checks ensure each coil and spool meets international standards like IS, ASTM, and BS.
Q: What are the main benefits of using brass wire for riveting applications?
A: Brass wire offers excellent corrosion resistance, machinability, and high electrical and thermal conductivity. These properties make it highly suitable for manufacturing fasteners, components, and electrical terminals with superior longevity and efficiency.
Q: When should I opt for annealed, half-hard, or full-hard brass wire?
A: Choose annealed wire when maximum flexibility and ease of shaping are needed, half-hard for a balance between formability and strength, and full-hard when high strength and rigidity are required in the end-use application.
Q: Where can your brass wire be used in the industry?
A: Our brass wire is widely used in the automobile and electronic industries for manufacturing rivets, fasteners, electrical terminals, and other components where strength, conductivity, and precision are essential.
Q: What customization options are available for packaging and wire weight?
A: We offer a wide range of packaging choices including coils, spools, and custom options based on client needs. The wire can also be supplied in custom weights to match specific project requirements.
Q: How does the high conductivity of this brass wire benefit electronic applications?
A: Its superior electrical and thermal conductivity ensures efficient energy transfer, reduces power loss, and enhances the performance and reliability of electronic devices and components.
Q: What process is followed for custom drawing and micro machining?
A: We offer custom drawing based on customer specifications, and micro machining support to achieve very fine diameters or specialized profiles. Advanced production methods ensure accuracy and consistency for intricate manufacturing needs.