Infrared Hotplate 42-IHP102

Lab Expo Infrared Hotplate 42-IHP102 is a corrosion resistant ceramic glass plate with transmittance of infrared light for faster and uniform heating of sample. With a resistance of thermal shock upto 700 °C it boils 1 L of water within 10 minutes. Features an LCD screen displaying preset and actual temperature for monitoring of process. High-temperature indicator warns the user preventing burning injuries.

$2,760.00 $ 2300

Infrared Hotplate 42-IHP102 - Specifications

Display mode LCD
Heating power 1.8 kW
Time to boil 1 L H20 7 mins
Heating zone ᴓ 190 mm
Maximum capacity 25 L
Maximum hotplate temperature 550 °C
Top plate area ( W x L ) 285 x 285 mm
Top plate material Glass ceramic
Temperature sensor connector Yes
Admissible ambient temperature 10 °C to 40 °C
Admissible air humidity 0.85
Protection category IP20
Protection class 1
Dimensions 395 x 295 x 110 mm

Infrared Hotplate 42-IHP102 - Key Features

  • LCD display for real-time temperature monitoring
  • Thermal shock resistance up to 700C
  • Infrared light transmittance for uniform heating
  • 1.8 kW heating power with external control
  • Hermetically sealed corrosion-resistant casing IP20
  • Automated heating duration up to 1800 seconds

Infrared Hotplate 42-IHP102 - Applications

FunctionImplementation
Quality control testing1.8 kW heats samples to 550 °C for standardized analysis
Clinical sample prepGlass ceramic top plate resists thermal shock up to 700 °C
Research laboratory useLCD display monitors preset and actual temperature during experiments
Industrial process heating285 x 285 mm top plate area accommodates various vessel sizes
Educational demonstrationsTime to boil 1 L H₂O in 7 mins enables efficient lab sessions

Infrared Hotplate 42-IHP102 - Catalog

Related Infrared Hotplate

Lab Expo Infrared Hot Plates are structured around radiant infrared heating architecture to deliver rapid, uniform thermal transfer without direct contact elements. This heating mantle alternative uses a ceramic glass surface to distribute heat evenly with fast heat-up and cool-down response. Digital temperature indication, automatic control logic, and high-temperature safety alerts support precise, energy-efficient heating for chemical reactions and laboratory workflows.