The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions for aluminum extrusion profile led heatsink as below,
1. Outside Diameter: as your request
2. Inside Diameter: as your request
3. Length: as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision extrusion process provides unique advantages for LED cooling.
Extrusion can produce round, planar and other shapes that are preferred for LED applications.
The extrusion process used aluminum 6063-t5 material.
It can be made different kinds of secondary processes, like precise cutting, CNC machined, CNC turning, Drilling, Tapping and so on.
Heat sinks can be made anodized, sand blasting, powder coating, polishing, matte and so on.
Diameters range from 10mm to 320mm.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
More than 2000 standard heat sink can be sent to you for your selecting.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Please kindly contact Shanghai Glary if you want to get the drawing for this item or more details.
GLARY can also provide you the forging heat sink with aluminum 1070 pure aluminum material, you can contact us from the website or visit our company website. GLARY will happy to receive information from your side.
Note: Glary provides the original material as original design, it can be made machined, drilled, tapped and more secondary processes, the secondary process depends on your request, the machined picture is just for your reference, thank you.
The dimensions for aluminum extrusion profile led heatsink as below,
1. Outside Diameter: as your request
2. Inside Diameter: as your request
3. Length: as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision extrusion process provides unique advantages for LED cooling.
Extrusion can produce round, planar and other shapes that are preferred for LED applications.
The extrusion process used aluminum 6063-t5 material.
It can be made different kinds of secondary processes, like precise cutting, CNC machined, CNC turning, Drilling, Tapping and so on.
Heat sinks can be made anodized, sand blasting, powder coating, polishing, matte and so on.
Diameters range from 10mm to 320mm.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
More than 2000 standard heat sink can be sent to you for your selecting.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Please kindly contact Shanghai Glary if you want to get the drawing for this item or more details.
GLARY can also provide you the forging heat sink with aluminum 1070 pure aluminum material, you can contact us from the website or visit our company website. GLARY will happy to receive information from your side.
Note: Glary provides the original material as original design, it can be made machined, drilled, tapped and more secondary processes, the secondary process depends on your request, the machined picture is just for your reference, thank you.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
The dimensions of cold forging heat sink,
1. Outside Diameter: as your request
2. Total Height: as your request
3. Base Thickness: as your request
4. Pin Height: as your request
5. Color: silver, gold, black, red, as your request
GLARY has an extensive range of options to provide the optimal cooling solution for your LED application.
Our precision forge process provides unique advantages for LED cooling.
Forging can produce round and other non-linear shapes that are preferred for LED applications.
The forge process uses high pressure to form the material and provides control over the grain structure to provide superior thermal performance.
LED`s are generally convection cooled and our forged pin fin arrays provide the best possible thermal performance in ambient environments.
Heat sinks can be forged in either aluminum or copper.
Sizes range from 40 mm diameter to 350mm and shapes can be almost any shape you need.
Standard or modified standard solutions
We can provide a solution from our standard product line and model it to ensure that it will provide adequate cooling for your application.
Custom design services
Our engineers can also work with you to design and model a custom solution optimized to meet the needs of your application.
Note:
All machined parts are just for your reference, machined parts can not be provided to you, but the original design can be provided. The machined part is belong to the customer who provide the original machined design.
Laser cutting is very popular for the dye sublimation industry right now in worldwide, thanks for the latest technology of contour cut and camera recognition.
Contour Cut by our dedicated technology, automates the process of cutting out printed pieces of fabric or textile both quickly and accurately, automatically compensating for any distortions or stretches that occur in unstable or stretchy textiles ?Exactly the type of fabrics that are used in flag, banners, label, signs.
Dye sublimated material is automatically unrolled and transported onto the laser cutting machine using our automatic feed conveyor.
The camera recognition system is used to pinpoint registration marks printed on your material. The marks can be accurately read by our CCD system or DSLR System and the position, scale and deformation of the printed material will be compensated due to the intelligent analysis of the registration marks. This means that when the laser cuts your fabric all the pieces will exit the laser cutting conveyor exactly the correct size and shape.
As laser cutting is non-contact, there is no drag on the material and no blades to change. High speed loop servo motors ensure precise camera mapping and accurate cut lines with minimal user interaction. Simply collect the pieces as they exit the machine, this gives the Contour Cut system a major advantage over traditional cutting methods.
Our laser cutting machines make light work of these types of digital printed materials, cutting them with no issue and making sure that you always get an accurate, perfect cut.
In addition to this, once cut, synthetic textiles gain a sealed edge. Meaning that they will not fray, this is yet another excellent advantage over traditional textile cutting methods.
Advantages of laser cutting for dye sublimation printed fabric, textiles and the other material
No material fixation required due to contact-free and force-free processing.
Smooth, clean cutting edges; no reworking necessary.
No fraying of the fabric: lint-free & clean.
In the case of synthetic
Simple production via a PC design program.
Significant potential for cost saving for high quality raw materials thanks to the nesting function.
Extremely high accuracy of fit by full cutting gap compensation.
Laser cutting machines for fabrics and textiles, also other digital printing materials.
Projoy Isolators Highlights:
1. 10 years warranty guarantee with PICC
2. Shorter switching time to 2ms, truly reducing ARC
3. Silver contact of PROJOY is more than 7, which is the thickest in the market
4. Major components import from Germany, Japan: chamber & contact copper, V-O insulation, are all the best materials with brand NGK
5. The waterproof cover material of Projoy isolators have owned the highest F1 certificate, which is the only one in the market
6. Own Europe Patent, brand and office, so do not need to worry about the patent conflict trouble.
7. We have stock & after sale service in Italy & the Netherlands, so can quickly delivery for urgent order from your clients.
8. Safe-lockable and IP66 Protection Level, -25-70 performance well
9. TUV, UL, CE, SAA etc international certificated
10. Working voltage 1500V and Working current 58A
11. Level 2-12 design, up to 6 MPPT tracking design
It brings home owner perfect solar storage solution by acting as a core controller among pv system, grid and battery. It is not only applicable to exist grid-tied or off-grid pv system retrofitting but also a smart substitution to ups.
Features:
saving electricity cost by automatically power management
retrofitting to existing grid-tied or off-grid pv system
easy installation and no need to change much original layout
5 years warranty and good after-sales service
Bidirectional energy storage inverter, helps to achieve home energy storage solution by
Working as a smart core controller among normal grid-tied inverter, power grid and battery to manage energy storage and discharge automatically. It helps homeowners to achieve the purpose of making full use of renewable energy and reduce electricity bill.
Ï�¬ during daytime with enough sunshine, it gets power from pv panels through existed on -grid
Inverter (dc to ac). However, there are two separate output channels from inverter for important
Loads and normal loads, respectively.
Ï�¬ when power from pv is sufficient to all loads, extra power will be charged to battery. When battery
Is full, surplus energy will be supplied to grid if you want.
Ï�¬ if the power generated from pv is not sufficient to drive the loads, grid supplies complementary
Power to drive the loads and even charge the battery (ac to dc) automatically.
Ï�¬ in the event of power grid outage while no pv power supply, inverter controls the battery to
Discharge power as back up to keep important load continuously working.
