Product Description
H3100(92)C4621 P Naval Brass Rod
We fabricate a finest range of Naval Brass, which are renowned for their high strength, rust proof and durability features. Naval brass is a copper alloy containing 60% copper, 75% tin and around 39.25% zinc. These are made up of high-grade raw material and can be availed in the form of sheet, plate, rods and circle. Our range of naval brass is broadly used in marine and construction industry.
Specifics:
Specifications:
| Rod Brass | ASTM B135 C 23000 BS 2870 CZ 102 JIS H3300 C 2300 |
| Naval Brass | IS291 Grade I or II BS 2874 CZ 112 JIS 3250 C4622 ASTM C48200 |
| Chemical Requirements | Garde I | Grade II |
| Copper | 61.0 - 64.0% | 59.0 - 62.0% |
| Lead | 0.20% max | 0.50 to 1.0% |
| Tin | 1.0 to 1.50% | 0.50 to 1.0% |
| Iron | 0.10% max | - |
| Other Imp. | 0.20% max | 0.20% max |
| Zinc | Remainder | Remainder |
| Physical Properties |
| Condition | Size | T.S. 2 Kg/mm2 | EL% Min | T.S. 2 Kg/mm2 | EL% Min |
| Half-Hard (HB) | Upto 12.5 12.5 to 50 50 to 100 | 40 min 38.5 min 35 min | 18% 18% 18% | 40 min 40 min 40 min | 15% 15% 15% |
| Fabrication Properties |
| Capacity for being | | |
| Cold Worked | Fair | Poor |
| Hot Worked | Excellent | Good |
| Machinability Rating | 30% | 50% |
| Forgeability Rating | 90% | 90% |
| Silver Alloy Brazing | Excellent | Excellent |
| Soft Soldering | Excellent | Excellent |
| Oxyacetylene Welding | Good | Not Suitable |
| Uses |
| Gr I : Condenser Components, Propeller Shaft, Marine hardware where bending is required. |
| Gr II : Marine Hardware, Screw Machine, Valve Stems and Components for Naval use. |
Exceptional Marine-Grade MaterialEngineered for durability and longevity, the H3100(92)C4621 P Naval Brass Rod stands out due to its superior resistance against saltwater corrosion, making it a preferred material in harsh marine environments. Its precise machining tolerances and smooth, polished finish further enhance its appeal for both functional and decorative purposes.
Versatile Applications and CustomizabilityThis naval brass rod is suitable for a wide range of uses including marine hardware, electrical fittings, pump shafts, and valve stems. Its customizable length and diameter options enable seamless integration into various projects, while its high conductivity supports multiple industrial and electrical requirements.
FAQs of H3100(92)C4621 P Naval Brass Rod:
Q: How is the H3100(92)C4621 P Naval Brass Rod packaged for safe delivery?
A: The rods are securely packaged in either wooden boxes or bundles to protect them from damage during transit and storage. This ensures the product arrives in pristine condition, ready for immediate use in your projects.
Q: What makes this naval brass rod suitable for marine applications?
A: Its excellent corrosion resistance, especially in marine and saltwater environments, makes it ideal for use in ships, boats, and other coastal or offshore applications. The high durability prolongs the rods lifespan even under harsh conditions.
Q: Where can the H3100(92)C4621 P Naval Brass Rod be applied?
A: Common applications include marine hardware, pump shafts, valve stems, electrical components, and decorative fittings. Its versatility and customizable sizing make it adaptable for various industrial and architectural needs.
Q: When is it necessary to consider custom lengths and diameters for this product?
A: Custom sizes should be chosen when your project requires specific dimensions to fit unique or precise installations. The manufacturer provides rods cut to your required length and diameter to ensure a perfect fit for any application.
Q: What benefits does this alloy offer compared to other brass materials?
A: Naval brass C4621 offers superior corrosion resistance, high thermal and electrical conductivity, and good machinability. Its low lead content and compliance with ASTM B21/B21M standards further enhance its safety, performance, and suitability for sensitive environments.
Q: How does the manufacturing process ensure precise machining tolerance?
A: The rods are produced using advanced machinery and quality control processes that adhere to industry standards, guaranteeing precise diameter and roundness tolerances. This level of precision allows for seamless installation and reliable performance in complex assemblies.