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YLJ-HP-200L Pneumatic Hot Lamination Press with Precision Pressure Control, 1.6T Force, 200°C Max, Optional 12×12″ or 20×20″ Working Area

Designed for solid-state battery electrode lamination and SEI formation under controlled pressure and temperature.
Operates with pneumatic actuation and precise digital pressure control within ±0.5 kg.
Offers maximum pressing force of 1.6 tons and continuous heating up to 200°C.
Available with 300×300 mm (12"x12") or 500×500 mm (20"x20") heated working plates.

Konformität: CE-zertifiziert
Maßgeschneidert: OEM/ODM
Verpackung: Sperrholzkiste

Produkte

YLJ-HP-200L Pneumatic Hot Lamination Press with Precision Pressure Control

The YLJ-HP-200L is engineered to support advanced solid-state battery research by enabling precise lamination and SEI formation processes under controlled pressure and temperature conditions. This pneumatic hot press is particularly suited for testing the influence of mechanical pressure on battery performance and electrode fabrication, including applications within inert atmospheres such as argon glove boxes.

Equipped with a pneumatic cylinder capable of delivering up to 1.6 tons (1600 kgf or 150 kN) of force, the press features a maximum stroke of 200 mm and adjustable working height up to 110 mm. The heating system consists of two independently controlled plates with PID temperature controllers, providing stable and accurate heating up to 200°C with ±1°C precision. Users may select between two heated plate sizes: 300 x 300 mm (12″x12″) or 500 x 500 mm (20″x20″), depending on sample size requirements.

Wichtigste Merkmale

  • Precision pneumatic pressure control with digital PID tuning and ±0.5 kg accuracy
  • Maximum pressing force of 1.6 tons (1600 kgf, 150 kN) with 200 mm cylinder travel
  • Dual heating plates with independent single-point PID controllers, max 200°C continuous operation
  • Selectable heated plate working areas: 300×300 mm (12″x12″) or 500×500 mm (20″x20″)
  • Separated touchscreen control panel for pressure and temperature programming up to 30 segments
  • Compatible with inert gas environments; optional KF40 feedthroughs enable glovebox integration
  • Operates on standard air compressors or inert gas tanks with regulated pressure supply (0.2–0.8 MPa)

Technische Daten

Parameter Spezifikation
Maximale Belastung 1.6 tons (1600 kgf, 150 kN)
Cylinder Travel Distance 200 mm max
Working Area Options 300 x 300 mm (12″x12″) or 500 x 500 mm (20″x20″)
Maximum Working Height 0 – 110 mm adjustable
Operating Pressure Supply 0.2 – 0.8 MPa air or inert gas (regulated)
Heizplatten Two plates with independent single-point PID controllers
Genauigkeit der Temperaturregelung ±1 °C
Höchsttemperatur 200 °C continuous
Erwärmungsgeschwindigkeit Less than 3 °C per minute
Stromversorgung 208 – 240 V, 50/60 Hz, 3000 W, single phase
Pressure Controller Digital PID with ±0.5 kg accuracy, 30 programmable segments
Systemsteuerung Separated box with touchscreen interface

Typische Anwendungsbereiche

This hot lamination press is ideal for solid-state battery electrode lamination, SEI layer formation studies, and other battery material processing tasks requiring precise pressure and temperature control. Its compatibility with inert atmospheres makes it suitable for glovebox integration, facilitating research on air-sensitive materials.

Hinweise zur Konfiguration und zum Betrieb

The press requires an external air compressor or inert gas tank with regulated pressure supply between 0.2 and 0.8 MPa. When using a gas cylinder, a two-stage pressure regulator must be installed to ensure safe operation within the specified pressure range. Optional KF40 feedthroughs are available to route gas tubes and electrical connections for glovebox use; these are not included in the standard package and must be ordered separately.

The control unit is housed separately with a touchscreen panel allowing programming of temperature and pressure profiles up to 30 segments, with maximum segment duration of 9999 minutes. The heating plates provide stable and uniform temperature control, essential for reproducible lamination results.

Produktbezogene Informationen

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