Electric Hydraulic Pellet Press NEHPP-103 is a compact electric press with a pressure range of 0–100 T. It features a maximum pressure stroke of 50 mm for effective sample compression. This system offers a split-type structure for convenient die handling and maintenance. Its electric hydraulic system ensures quiet, clean, and oil-free operation. Our model delivers consistent pressure output for uniform pellet formation in laboratories.
$96,250.00
Specifications
| Pressure Range | 0 to 100T |
| Piston Diameter | 200 mm |
| Max. Piston Stroke | 50 mm |
| Pressurization process | Program pressurization |
| Pressure Holding time | ≥ 1S (has no time limit) |
| Pressure conversion | Automatically converted pressure |
| Display | 7” LCD display panel |
| Equipment protection | Steel plate protection with organic glass door |
| Power Consumption | 1500 W |
| Power Supply | 110V, 60 Hz |
| Working Space (M×N) | 230 × 250 mm |
| Dimensions (W×L×H) | 850 × 500 × 950 mm |
| Weight | 520 kg |
Features
Applications
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FAQ for Electric Hydraulic Pellet Press NEHPP-103
1: Is the operation of Electric Hydraulic Pellet Press NEHPP-103 fully automatic?
Yes, Electric Hydraulic Pellet Press NEHPP-103 features electric-driven automatic pressure application, holding, and release.
2: What die sizes are compatible with Electric Hydraulic Pellet Press NEHPP-103?
Electric Hydraulic Pellet Press NEHPP-103 supports various die sizes including 13mm, 25mm, and 32mm, with options for customization.
3: Is Electric Hydraulic Pellet Press NEHPP-103 safe to operate?
Yes, Electric Hydraulic Pellet Press NEHPP-103 includes overload protection, a safety shield, and emergency stop functions.
4: How long does a typical pressing cycle take?
A complete cycle usually takes between 30 seconds to 2 minutes.
5: Is Electric Hydraulic Pellet Press NEHPP-103 noisy during operation?
No, it is engineered for low-noise operation, ideal for lab settings.
6: What materials can be processed using Electric Hydraulic Pellet Press?
Electric Hydraulic Pellet Press can compress powders, metals, ceramics, polymers, and composite materials.
7: How does Electric Hydraulic Pellet Press differ from a manual hydraulic press?
Unlike manual presses, electric models automate pressure application, offering faster and consistent operation through electricity.
8: Can Electric Hydraulic Pellet Press be integrated with other lab equipment?
Yes, Electric Hydraulic Pellet Press can be used alongside XRF, FTIR, or spectroscopy systems for sample preparation.
9: How long does it take to form one pellet?
Pellet formation usually takes less than 1–2 minutes per sample.
Electric Hydraulic Pellet Presses are lab devices used to compress powder samples into pellets. They operate with a high pressure and include digital pressure control. They feature automatic electric operation for ease and consistency. Their compact structures allow easy placement in limited lab spaces. Our models are built with low-noise designs that enhance safe and user-friendly operation.