315-Ton Hydraulic Press for Carbon Fiber Drone Frames

315-Ton Hydraulic Press for Carbon Fiber Drone Frames

The 315-ton carbon fiber hydraulic press utilizes high-temperature and high-pressure conditions to fully bond carbon fiber materials with the resin matrix, forming composite components with outstandin

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The 315-ton carbon fiber hydraulic press finds extensive application in aerospace, automotive manufacturing, sports equipment, and high-end equipment manufacturing sectors. For instance, in aerospace, carbon fiber composites are widely used in aircraft wings and fuselages due to their lightweight yet high-strength properties. In the automotive industry, carbon fiber components such as door frames, seat skeletons, and rearview mirrors significantly reduce vehicle weight, enhancing fuel efficiency and driving performance.

Technical Parameters

Parameter	Unit	YQ32-63	YQ32-100A	YQ32-100B	YQ32-200A	YQ32-200B	YQ32-315A	YQ32-315B
Nominal Force	kN	630	1000	1000	2000	2000	3150	3150
Maximum System Working Pressure	MPa	25	25	25	25	25	25	25
Maximum Open Height of Slider	mm	700	800	900	1100	900	1250	1000
Maximum Stroke of Slider	mm	400	500	600	500	600	800	600
Effective Area of Workbench	mm	610×500	630×550	750×700	1000×1000	800×800	1260×1160	800×800
Slider Free Fall Speed	mm/s	100	100	100	100	100	100	100
Pressing Speed	mm/s	11-22	7-15	7-15	7-18	7-18	7-12	7-12
Return Speed	mm/s	80	90	90	90	90	100	90
Ejecting Force	kN	100	200	200	400	400	630	630
Maximum Ejecting Stroke	mm	160	200	200	200	200	300	300

Name	Unit	YQ32-400	YQ32-500	YQ32-630	YQ32-800	YQ32-1000	YQ32-1250	YQ32-1600
Nominal Force	kN	4000	5000	6300	8000	10000	12500	16000
Maximum System Working Pressure	MPa	25	25	25	25	25	25	25
Maximum Open Height of Slider	mm	1250	1500	1500	1500	1500	1500	1500
Maximum Stroke of Slider	mm	800	900	900	900	900	900	900
Effective Area of Workbench	mm	1250×1160	1400×1400	1500×1500	1600×1600	1600×1600	1600×1600	1600×1600
Slider Free Fall Speed	mm/s	100	100	150	100	180	180	190
Pressing Speed	mm/s	5-11	10-18	9-18	7-18	10-18	6-15	6-14
Return Speed	mm/s	100	180	200	90	220	200	220
Ejecting Force	kN	630	1000	1000	400	1000	1000	1600
Maximum Ejecting Stroke	mm	300	300	300	200	300	300	300

Pressing process

Customer Case

Technical Parameters

Parameter	Unit	YQ32-63	YQ32-100A	YQ32-100B	YQ32-200A	YQ32-200B	YQ32-315A	YQ32-315B
Nominal Force	kN	630	1000	1000	2000	2000	3150	3150
Maximum System Working Pressure	MPa	25	25	25	25	25	25	25
Maximum Open Height of Slider	mm	700	800	900	1100	900	1250	1000
Maximum Stroke of Slider	mm	400	500	600	500	600	800	600
Effective Area of Workbench	mm	610×500	630×550	750×700	1000×1000	800×800	1260×1160	800×800
Slider Free Fall Speed	mm/s	100	100	100	100	100	100	100
Pressing Speed	mm/s	11-22	7-15	7-15	7-18	7-18	7-12	7-12
Return Speed	mm/s	80	90	90	90	90	100	90
Ejecting Force	kN	100	200	200	400	400	630	630
Maximum Ejecting Stroke	mm	160	200	200	200	200	300	300

Name	Unit	YQ32-400	YQ32-500	YQ32-630	YQ32-800	YQ32-1000	YQ32-1250	YQ32-1600
Nominal Force	kN	4000	5000	6300	8000	10000	12500	16000
Maximum System Working Pressure	MPa	25	25	25	25	25	25	25
Maximum Open Height of Slider	mm	1250	1500	1500	1500	1500	1500	1500
Maximum Stroke of Slider	mm	800	900	900	900	900	900	900
Effective Area of Workbench	mm	1250×1160	1400×1400	1500×1500	1600×1600	1600×1600	1600×1600	1600×1600
Slider Free Fall Speed	mm/s	100	100	150	100	180	180	190
Pressing Speed	mm/s	5-11	10-18	9-18	7-18	10-18	6-15	6-14
Return Speed	mm/s	100	180	200	90	220	200	220
Ejecting Force	kN	630	1000	1000	400	1000	1000	1600
Maximum Ejecting Stroke	mm	300	300	300	200	300	300	300

Pressing process

Customer Case

315-Ton Hydraulic Press for Carbon Fiber Drone Frames

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Product Introduction

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315-Ton Hydraulic Press for Carbon Fiber Drone Frames

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Product Introduction

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