Technical Index:
Depth of Nitrated Layer:0.5~0.8mm
Hardness of nitration: 950~1100Hv
Fragility of nitration: Less than grade 1
Surface Hardness of Nitrated Cr coating layer: 950Hv
Hardness of Bimetallic Layer: HRC55~72
Thickness of Cr-coating Layer: 0.03~0.08mm
Depth of Bimetallic Layer:>2mm
Material :quality alloy steels
1.38CRMOALA
2.SKD61
3.stainless steel
4. BimetallicÂ
Supply Capacity:
Production Capacity: 1500 sets/monthÂ
Packing: Fumigation wooden caseÂ
Delivery Date: 30~40 days
The product specification
Screw: 15 mm in diameter-250 mm diameter screw
Screw length: 300 mm to 8000 mm screw length
Machine tube diameter 40 mm to 400 mm: barrel outer diameter
Length-diameter ratio: L/D: 10-46
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Equipment Display
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Technical Index:
Depth of Nitrated Layer:0.5~0.8mm
Hardness of nitration: 950~1100Hv
Fragility of nitration: Less than grade 1
Surface Hardness of Nitrated Cr coating layer: 950Hv
Hardness of Bimetallic Layer: HRC55~72
Thickness of Cr-coating Layer: 0.03~0.08mm
Depth of Bimetallic Layer:>2mm
Material :quality alloy steels
1.38CRMOALA
2.SKD61
3.stainless steel
4. BimetallicÂ
Supply Capacity:
Production Capacity: 1500 sets/monthÂ
Packing: Fumigation wooden caseÂ
Delivery Date: 30~40 days
The product specification
Screw: 15 mm in diameter-250 mm diameter screw
Screw length: 300 mm to 8000 mm screw length
Machine tube diameter 40 mm to 400 mm: barrel outer diameter
Length-diameter ratio: L/D: 10-46
Product Display
Equipment Display
Packing&Delivery
Contact Us
Â
An electronic heatsink is a device used to dissipate heat generated by electronic components such as transistors, integrated circuits, and power modules. The heatsink is typically made of a thermally conductive material such as aluminum or copper and is designed to transfer heat from the electronic component to the surrounding air or a liquid coolant.The principle behind a heatsink is simple: heat flows from a hot object to a cooler one. In the case of electronic components, the heatsink provides a larger surface area for the heat to transfer to the surrounding air or liquid. This increased surface area allows the heat to dissipate more quickly, preventing the electronic component from overheating and potentially failing.Electronic heatsinks come in a variety of shapes and sizes, depending on the application and the amount of heat that needs to be dissipated. Some heatsinks are designed to be attached directly to the electronic component, while others are mounted on a circuit board or chassis. In addition, some heatsinks are passive, relying on natural convection to dissipate heat, while others are active, using fans or pumps to force air or liquid across the heatsink to increase cooling efficiency.Overall, electronic heatsinks are an essential component in modern electronics, helping to ensure that electronic devices operate reliably and efficiently.
Electronic Heatsink,Digikey Heatsink,Capacitor Heat Sink,Electric Heat Sink
Suzhou Remgar Metal Manufacturer Co.,Ltd. , https://www.remgaral.com