About ZERANIN 30 | Electrical Resistance alloy
| Grade | ZERANIN 30 |
| Reference Standards (for reference only) | DIN CuMn7Sn |
| Shape | Coil, Sheet, (Wire, Bar) |
| Thickness | 0.040-3.0(Strip, Sheet) Millimeter (mm) |
| Width | Over t0.5mm:w3.0-70(Strip, Sheet) Under t0.5mm: w3.0-240(Strip, Sheet) Millimeter (mm) |
| Length | Strip or Sheet(Length less than 2,000mm) |
| Technique | Cold Rolled |
| Temper | Annealed, Skin passed, As Rolled(Hard) |
| Surface | Bright, Dull |
| Application | Resistors, Temperature Sensors, Fuses |
| Coil I.D. | 300, 400, 551mm |
| Chemical Composition | Refer to the image |
| Density | 8.5 g/cm |
| Volume Resistivity | 0.29 m |
| Temperature Coefficient of Resistance | 50 ppm/K (23-100) |
| Magnetism | Non-magnetism |
| Minimum Order Quantity | 100 Kilograms |
| Country of Origin | Japan, China |
| Payment Terms | Telegraphic Transfer (T/T) |
| Delivery Terms | EXW, FOB, CIF, DAP etc. |
| Packaging Details | Our Standard Packing for Export |
| Main Export Market(s) | Asia, Muddle East, North America, South America, Europe etc. |
ZERANIN 30 Description :
Standard DIN CuMn7Sn
ZERANIN 30 is a low-resistance copper-manganese-tin alloy designed for high-current sensing resistor applications. It is characterized by stable electrical properties and good mechanical workability.
The alloy offers good weldability and formability, making it suitable for precision manufacturing of current sensing components and resistance elements used in electrical measurement systems.
ZERANIN 30 provides a balance of low electrical resistivity and acceptable temperature stability, making it suitable for applications where accurate current measurement and low power loss are required.
Typical applications include high-current shunt resistors, current sensing devices, temperature sensors, and other electrical components requiring stable resistance under load conditions.
*ZERANIN is a registered trademark of Isabellenhtte Heusler GmbH & Co. KG.
Versatile Forms and Sizes
ZERANIN 30 is available as strips, sheets, coils, wires, and bars. With widths ranging from 3.0 to 240 mm depending on the thickness, this alloy accommodates diverse manufacturing needs. Its multiple surface finishes and tempers offer exceptional flexibility for customization, ensuring compatibility for a variety of electrical and electronic applications.
Ideal for Precision Applications
This alloy is widely used in resistors, temperature sensors, and fuses because of its consistent electrical resistance and ability to withstand thermal stress. Manufacturers favor ZERANIN 30 for its reliability and reproducibility even under demanding operational conditions, making it a mainstay in precision environments that require dependable performance.
FAQ's of ZERANINA 30 | Electrical Resistance alloy:
Q: How is ZERANIN 30 typically used in industry?
A: ZERANIN 30 is primarily used in the production of electrical components such as resistors, temperature sensors, and fuses. Its stable resistance and mechanical strength make it suitable for contexts where accurate and reliable electrical properties are critical.
Q: What forms and dimensions does ZERANIN 30 come in?
A: ZERANIN 30 is supplied in coils, sheets, wires, and bars. The alloy is available in thicknesses from 0.040 mm to 3.0 mm, with width options based on thickness-ranging from 3.0 to 70 mm and up to 240 mm for thinner strips and sheets.
Q: Where is ZERANIN 30 manufactured and exported from?
A: This alloy is manufactured, supplied, and exported from Japan by specialized producers known for their quality control and adherence to precise specifications.
Q: What surface finishes and tempers are offered for ZERANIN 30?
A: ZERANIN 30 is available in bright and dull surface finishes. Temper options include annealed, skin passed, and as rolled (hard), allowing users to select the most suitable type for their process needs.
Q: How should ZERANIN 30 be processed for resistor or sensor manufacturing?
A: The processing typically involves selecting the appropriate form, thickness, and temper, followed by precise cutting or shaping according to the required dimensions. Adhering to recommended fabrication guidelines ensures optimal performance in the final application.
Q: What are the main benefits of choosing ZERANIN 30 for electrical applications?
A: The main advantages of ZERANIN 30 include its stable resistance, versatility in dimensions and surface finishes, and its proven reliability in demanding electrical environments. This makes it a preferred choice for precision electronics manufacturing.