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ECS-SM Programmable Dip Coater (Sample: L310*W260*T5mm), ESMPDC

ECS-SM Programmable Dip Coater (Sample: L310*W260*T5mm), ESMPDC

$4,999.00 USD
In Stock SKU: ESMPDC
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A Programmable Dip Coater for medium sample sizes is designed for laboratories moving beyond small coupons (like 1cm * 1cm) toward larger substrates such as planar SOFC plates or battery electrode foils (100 mm * 100 mm to 200 mm * 200 mm).

As substrate size increases, the mass and surface tension forces change. A medium-sized programmable unit addresses this with: (1) High-Torque Stepper Motors: Ensures smooth, vibration-free movement even with heavier substrates (e.g., thick Ni-YSZ porous supports). (2) Extended Vertical Travel: Typically offers 200 mm to 300 mm of stroke to allow full immersion of medium-sized plates into deep beakers. (3) Complex Motion Profiles: Programming isn't just about speed; you can set "multi-dwell" profiles where the substrate stays submerged for different durations at different depths to manage gradient coatings.

Dip Coating Process Sketch and Working Mechanism

Part Number
  • ESMPDC (ESM-PDC)
Power
  • AC110-220V±10%, single phase, 50/60Hz, 100 W (DC24 V)
Main Parameters
  • Driven Motor: DC24V adaptor, 50W, high precision step motor
  • Dipping/Withdraw Speed: 1-200 mm/min  
  • Drying/Dwelling Times: 1-999 s
  • Traverse Distance: 1-270 mm
  • Dipping Times; 1-20 times
  • Effective Dip Coating Length: ~200 mm
  • Acceptable Sample Sizes: Max. L310mm×W260mm×T5mm
  • Withdraw Loading Mass: Max. 5.5 kg 
  • Acrylic Tank Volume: L340 * W50 * H280 mm
Certification
  • CE certified
  • UL and CSA certification is available upon request at extra cost
Dimension
  • L455 * W330 * H890 mm
Weight
  • ~20 kg

References:

T. T. Wu, et al., Facile Construction of Nanofilms from a Dip-Coating Process to Enable High-Performance Solid-State Batteries, ACS Appl. Mater. Interfaces 2022, 14, 28, 32026–32034

H. W. Zhu, et al., Dip-coating processed sponge-based electrodes for stretchable Zn-MnO2 batteries, Nano Research, 2018, 11, 1554–1562

X. Peng, et al., Improved battery safety via in-situ dip-coated composite gel polymer electrolytes, Journal of Power Sources, 2020, 455, 227963

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