AA1060 H12 0.3MM Prepainted Aluminium Coil for Pressure Gauge

AA1060  H12  0.3MM prepainted Aluminium Coil for Pressure Gauge

AA1060 H12 0.3MM prepainted aluminium coil is a specialized material tailored for the manufacturing of pressure gauge casings, panels, and structural components. As a high-purity aluminium alloy (with an aluminium content of over 99.6%), combined with the H12 temper (a strain-hardened and partially annealed state) and a uniform 0.3mm thickness, it is further coated with a high-performance organic paint layer—making it an ideal choice for pressure gauge production, especially in industrial, commercial, and precision measurement scenarios.

Product Parameters

Application Scenarios

•  Industrial Pressure Gauges:  It serves as the main casing material for pressure gauges in petrochemical, chemical, and pharmaceutical plants, where the coil’s corrosion resistance protects gauges from harsh media (e.g., oils, solvents, and humid environments). It is also applied to pressure gauges for hydraulic/pneumatic systems, ensuring structural stability under frequent pressure fluctuations.
• Commercial & Daily-Use Pressure Gauges:For household water pressure gauges, heating system pressure gauges, and small-scale air compressor gauges, the coil’s thin 0.3mm thickness enables lightweight gauge designs (reducing overall product weight by 20-30% compared to steel casings) while maintaining sufficient rigidity. The prepainted layer also offers customizable colors (e.g., silver, gray, or brand-specific hues), enhancing the aesthetic appeal of consumer-facing gauges.
• Precision Measurement Gauges:In laboratory pressure gauges, medical pressure monitors (e.g., oxygen tank pressure gauges), and food-grade pressure instruments, the high purity of AA1060 alloy ensures no heavy metal leaching, meeting strict hygiene and safety standards (e.g., FDA, CE). The H12 temper also provides consistent flatness, avoiding deformation that could affect the gauge’s measurement accuracy.

Advantages

1.Excellent Corrosion Resistance

2.Optimal Mechanical Properties

3.Cost-Effectiveness & Customization

4. Environmental Friendliness