PCB Electronic Circuit Board Laminating Production Line
Function And Performance
1. Reliable Quality And Technology
2. Lower Power Consumption
3. Outstanding Performance
4. Ensure The Precision Of Equipment
5. Automatic Error Detecting System
|
Press Type |
HDI 320 |
HDI 400 |
HDI 450 |
HDI 500 |
|
Number Of Daylights |
4/6/8/10/12 |
4/6/8/10/12 |
4/6/8/10/12 |
4/6/8/10/12 |
|
Pressure Range Press Surface |
40-850 KN |
60-1546 KN |
70-2177 KN |
90-2657 KN |
|
8,800-220,000 pds |
13,200-330,000 pds |
15,400-440,000 pds |
19,800-550,000 pds |
|
|
Useful Surface Specific Pressure Onto Useful Surface |
750 x600 mm |
750 x 850 mm |
750 x 1050 mm |
750 x 1150 mm |
|
750 x600 mm |
29.5 x 33.5" |
29.5 x 41.3" |
29.5 x 45.3" |
|
|
Distance Between Daylights Vacuum |
700×550 mm |
700 x 800 mm |
700 x1000 mm |
700 x 1100 mm |
|
27.6" x 21.7" |
27.6" x 31.5" |
27.6" x 39.4" |
27.6" x 43.3" |
|
|
Operating Temperature, Max. Heating / Cooling Media |
221 N/cm* |
276 N/cm² |
311 N/cm? |
345 N/cm? |
|
320 psi |
400 psi |
450 psi |
500 psi |
|
|
Other Sizes Available On Request Press Type |
75/ 100 mm |
75/ 100 mm |
75/ 100 mm |
75/ 100 mm |
|
2.95"/ 3.94" |
2.95"1 3.94" |
2.95"/ 3.94" |
2.95"1 3.94" |
|
|
Number Of Daylights Pressure Range |
< 10 mbar |
< 10 mbar |
< 10 mbar |
< 10 mbar |
|
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
|
|
Press Surface Useful Surface |
250°C/300°C |
250*C/300℃C |
250°C/300℃C |
250°C/300*C |
|
482-F/572 ℉ |
482-F/572°F |
482°F/572°F |
482°F/572°F |
|
|
Specific Pressure Onto Useful Surface |
Thermal oil |
Thermal oil |
Thermal oil |
Thermal oil |
|
Distance Between Daylights |
√ |
√ |
√ |
√ |
|
Press Type |
FL 280 |
FL 300 |
FL 350 |
FL 400 |
|
Number Of Daylights |
4/6/8/10/12 |
4/6/8/10/12 |
4/6/8/10/12 |
4/6/8/10/12 |
|
Pressure Range Press Surface |
40-745 KN |
60-1250 KN |
70-1850 KN |
90-2180 KN |
|
8,800-220,000 pds |
13,200-330,000 pds |
15,400-440,000 pds |
19,800-550.000 pds |
|
|
Useful Surface Specific Pressure Onto Useful Surface |
750 x 600 mm |
750 x850 mm |
750 x 1050 mm |
750 x 1150 mm |
|
29.5 x 23.6 " |
29.5 x 33.5" |
29.5 x 41.3" |
29.5 x 45.3" |
|
|
Distance Between Daylights Vacuum |
700 x 550 mm |
700 x 800 mm |
700 x 1000 mm |
700 x 1100 mm |
|
27.6" x 21.7" |
27.6" x 31.5" |
27.6" x 39.4" |
27.6" x 43.3" |
|
|
Operating Temperature, Max. Heating / Cooling Media |
193 N/cm2 |
221 N/cm2 |
263 N/cm2 |
311 N/cm2 |
|
280psi |
320 psi |
380 psi |
450 psi |
|
|
Other Sizes Available On Request Press Type |
75/ 100 mm |
75/ 100 mm |
75 / 100 mm |
75 / 100 mm |
|
2.95"/ 3.94" |
2.95"/ 3.94" |
2.95"1 3.94" |
2.95"1 3.94" |
|
|
Number Of Daylights Pressure Range |
< 10 mbar |
< 10 mbar |
< 10 mbar |
< 10 mbar |
|
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
|
|
Press Surface Useful Surface |
250°C/300C |
250°C /300°C |
250°C/300°C |
250°C/300°C |
|
482°F/572°F |
482°F/572°F |
482°F/572°F |
482°F/572°F |
|
|
Specific Pressure Onto Useful Surface |
Thermal oil |
Thermal oil |
Thermal oil |
Thermal oil |
|
Distance Between Daylights |
√ |
√ |
√ |
√ |
|
Press Type |
HT 100 |
HT 250 |
HT 300 |
HT 400 |
|
Number Of Daylights |
214/6/8 |
4/6/8/10 |
4/6/8/10 |
6/8//10/12 |
|
Pressure Range Press Surface |
40-1000 KN |
90-2500 KN |
100-3000 KN |
200-4000 KN |
|
8,800-220,000 pds |
19,800-550,000 pds |
22,000-660,000 pds |
44,000-880,000 pds |
|
|
Useful Surface Specific Pressure Onto Useful Surface |
750 x 600 mm |
750 x750 mm |
900 x 1000 mm |
750 x 700 mm |
|
29.5 x 23.6 " |
29.5 x 29.5" |
35.4 x 39.4" |
29.5 x 27.6" |
|
|
Distance Between Daylights Vacuum |
700 x 550 mm |
700 x 700 mm |
850 x 950 mm |
700 x 650 mm |
|
27.6" x 21.7" |
27 .6" x 27.6" |
33.5" x 37.4" |
27.6" x 25.6" |
|
|
Operating Temperature, Max. Heating / Cooling Media |
260 N/cm? |
740 N/cm? |
334 N/cm* |
879 N/cm* |
|
377 psi |
415 psi |
484 psi |
1275 psi |
|
|
Other Sizes Available On Request Press Type |
7 5/ 100 mm |
100 mm |
100 mm |
120 mm |
|
2.95"/ 3.94" |
3.94" |
3.94" |
4.72" |
|
|
Number Of Daylights Pressure Range |
< 10 mbar |
< 10 mbar |
<10 mbar |
< 10 mbar |
|
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
< 29.7 HG GAUGE |
|
|
Press Surface Useful Surface |
385°C |
385℃ |
385℃ |
385C |
|
725°F |
725°F |
725°F |
725°F |
|
|
Specific Pressure Onto Useful Surface |
Thermal oil |
Thermal oil |
Thermal oil |
Thermal oil |
|
Distance Between Daylights |
√ |
√ |
√ |
√ |
Related products
-
LFQ1300 Micro Computer Controlling Slitting Machine
Contact UsLFQ1300 Micro Computer Controlling Slitting Machine
-
Water-cooled cabinet
Contact UsThe water-cooled cabinet condenser uses a water-cooled condenser, and the evaporator directly cools the air.
-
Waste PE PP HDPE LDPE Plastic Bags Recycling Pelletizing Machine Line Plant
Contact UsPlastic Pelletizing Line is applicable to the rapid granulation of PE, PP, LDPF, HDPE Film, Bags, Bottles and other plastic raw materials and wastes. It has the characteristics of simple structure, convenient operation, high output, low energy consumption, safety and reliability. The output of our granulator ranges from 100 kg to 1000 kg per hour. Our machines can be customized according to your requirements.
-
Oxygen Rich Side Blown Melt Melting Furnace
Contact UsThe oxygen rich side blown molten pool melting furnace is an efficient and energy-saving steel melting equipment. It mainly achieves the smelting, purification, and recovery of valuable substances in waste through oxygen enrichment technology and side blowing technology. Oxygen rich technology uses oxygen rich gas to replace traditional hot air, making the smelting process faster and more efficient. In the oxygen rich side blown melt melting furnace, oxygen rich gas is sprayed into the furnace, and after reacting with the melt, it heats up and melts the material. At the same time, the melt can also be moved to achieve the purpose of mixing. Side blowing technology is a special type of gas furnace, which promotes the stirring of the molten pool by spraying gas from the furnace side, accelerates the melting of the melted material, and reduces the time of contact between gas and material, making the dissolution of impurities in the molten pool and the suppression of scum more effective.






Reviews
There are no reviews yet.