Nullam dignissim, ante scelerisque the is euismod fermentum odio sem semper the is erat, a feugiat leo urna eget eros. Duis Aenean a imperdiet risus.
Nullam dignissim, ante scelerisque the is euismod fermentum odio sem semper the is erat, a feugiat leo urna eget eros. Duis Aenean a imperdiet risus.
In the growing world of renewable energy, many people look first at how efficient a system is and how good its software works. But the true safety and toughness of the setup come from its outer case—the enclosure. For new energy items such as solar inverters, battery storage, and Ultra-High Voltage (UHV) electric vehicle (EV) chargers, choosing the correct sheet metal involves real risks. It affects safety, service life, and overall costs down the road.
San Jun Hardware, a precision sheet metal manufacturer established in 2010, realizes that sticking with one material for all jobs just does not cut it in the hard power sector. The company runs a 5,000-square-meter facility with a skilled group of 50 structural engineers. By handling production and sales together, we offer custom work that meets military-grade quality levels.
New energy units often deal with very high voltages. Enclosures must provide strong physical cover and the right mechanical features. Aluminum and its alloys, like 6061, stand out because they mix good strength with low weight and resist rust on their own. In 480kW UHV charging piles, for instance, San Jun Hardware picks 6061 aluminum alloy. This makes the unit lighter yet keeps strong wind resistance—a must for tall outdoor setups. Aluminum also carries heat away well, helping spread the warmth from high-power parts without extra cooling.
When a job calls for top strength and proper electrical separation, stainless steel grades 304 and 316 remain the leading choice. These metals give the solid build needed for constant use in busy urban charging places. San Jun Hardware helps customers sort through options with Design for Manufacturing (DFM) advice. This keeps the selected metal in line with budget limits and the technical needs of the power module.
Outdoor exposure ranks as the biggest threat to electrical enclosures. In coastal or factory areas, salt mist and chemical fumes can damage a case fast—often within months—if the material falls short. Galvanized steel has a zinc coat and works as a practical, cheaper option for common outdoor units. The zinc sacrifices itself to guard the steel underneath. For the toughest conditions, though, like a 500-unit EV charger project in coastal East China, San Jun Hardware points to 316 stainless steel. This has brought a full 100% success rate in actual service.
The company handles electrolytic steel as well, known for strong rust protection in appliances and power distribution products. A broad stock of raw materials lets San Jun Hardware change choices quickly for different jobs. We may go with cold-rolled steel for better shaping or special alloys when high performance matters most.
Today’s power systems, including smart self-service cabinets and IP65-rated terminal shells, require very careful making. Standard designs frequently fail. They cannot handle curved sections or tight door seals that protect sensitive electronics. San Jun Hardware deals with these specific troubles using up-to-date machines, such as AMADA EM2510 CNC punch presses and multi-axis CNC press brakes.
Proper bending needs good planning. Teams arrange the bend steps to prevent parts from interfering and adjust for springback—the tendency of metal to snap partly back. San Jun Hardware’s 8-axis CNC bending equipment forms complex L-type, U-type, and Z-type parts. They keep tolerances at ±0.2 mm. Inner components, like power modules and connectors, then fit the case exactly.
Ultra-High Voltage (UHV) EV chargers operate from 250kW to 480kW. They produce heavy heat and carry thick cables. The enclosure must manage temperature and stay strong. San Jun Hardware creates thoughtful inner designs with dedicated air paths and fan mounting spots. Our 4000W fiber laser cutters make detailed vent patterns. These improve airflow yet maintain case strength. The unit then handles years of vibration and bad weather while keeping high-voltage insulation safe.
For outdoor digital signage and new energy cases, water or dust getting in causes major harm. An IP65 rating means the enclosure stops dust completely and resists water jets from all directions. At San Jun Hardware, reaching this level demands more than a basic gasket. It takes careful, military-style work on door gaps and solid sealing methods.
The team applies accurate air-spring tools and multi-axis backgauges for even seals everywhere. We make lock-free air-spring doors and uniform arc frames. These produce a case that works reliably and looks clean, fitting crowded public spaces and government sites.
The last major step in enclosure work is surface treatment. It adds appearance and weather protection. The Spraying Department at San Jun Hardware provides several finishes, including powder coating, fluorocarbon spraying, and anodizing. Workers prepare surfaces thoroughly—by sandblasting or phosphating—so coatings hold tight.
In new energy projects, cases often must match the company colors on thousands of units. Customers may want a clean matte look or glossy protection. San Jun Hardware hits any RAL or Pantone code. We test coatings for salt-spray resistance, sun damage, and wear. Hospital kiosks or roadside power terminals stay looking good despite daily use.
Choosing suitable sheet metal covers only part of the job. The design must also allow low-cost, large production. San Jun Hardware acts as a close partner with OEM/ODM technical help from early drawings. Engineers check designs for easy making. This finds problems like big parts or extra complexity that quietly add cost.
Sheet metal processes skip expensive molds. This lets the company shift production volumes fast, great for quick prototyping in new energy work. Customers get quotes in 24 hours and working samples in 3 to 7 working days. That pace helps power firms tweak designs and hit the market quicker.
Reliability stands as the main requirement in new energy fields. San Jun Hardware uses a strict quality system based on ISO9001:2008, where every worker watches the entire flow. We inspect incoming materials, record each stage, and perform full final checks on welds and coating thickness.
Our global delivery record shows through jobs with big companies like Lenovo and government bodies. Finished products go into sturdy wooden crates that prevent damage on long shipments. With military-grade quality at fair prices, San Jun Hardware keeps its place as a top supplier for strong power system protection.
Picking sheet metal for new energy enclosures takes solid knowledge of materials, mechanics, and everyday design. Working with a capable company like San Jun Hardware lets developers put our modern technology inside a case that matches its reliability and performance. From salty seaside areas to packed city centers, the right metal and skilled maker truly count.
A: We recommend 316 stainless steel or 6061 aluminum alloy combined with specialized anti-corrosion powder coatings to withstand high salinity and salt spray.
A: We utilize multi-axis AMADA CNC press brakes and 8-axis bending technology, allowing us to maintain tight tolerances and consistent arc bending for high-end shells.
A: Once drawings are confirmed, we can deliver ready-to-test samples via international express in 3 to 7 working days.
A: Yes. Our 50+ engineers provide comprehensive DFM (Design for Manufacturing) support to improve structural efficiency and reduce procurement costs without sacrificing quality.
Leave a comments