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Lab Moisture Balance

Lab Moisture Balance

44000 INR/Piece

Product Details:

  • Temperature Resistance Up to 160C
  • Shape Rectangular
  • Control Type Microprocessor based
  • Accuracy 0.01g / 0.1% moisture content
  • Display Type Digital LCD display
  • Features Quick drying, easy interface, user programmable
  • Power Supply Electric
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Lab Moisture Balance Price And Quantity

  • 2 Piece
  • 44000 INR/Piece

Lab Moisture Balance Product Specifications

  • Quick drying, easy interface, user programmable
  • 220V AC, 50 Hz
  • Electric
  • Plastic/Metal body with alloy heat shield
  • Moisture determination in laboratory samples
  • Microprocessor based
  • 0.01g / 0.1% moisture content
  • Digital LCD display
  • 220V
  • Rectangular
  • Up to 160C
  • Approx. 350 x 200 x 180 mm
  • Moisture Balance
  • ABS housing, stainless steel pan
  • Halogen heating element up to 160C
  • Lab Moisture Balance
  • 5C to 35C
  • 90 mm diameter
  • 0.01g
  • RS232 interface
  • 1 - 99 min
  • Halogen Lamp
  • 110g
  • % Moisture, % Dry, Weight (g)
  • 0.01% to 100%

Lab Moisture Balance Trade Information

  • 10 Piece Per Month
  • 7 Days

Product Description

A moisture balance is a device that uses loss on drying method, also called a thermogravimetric principle, to determine moisture content of a sample. A moisture balance is perfect for measuring moisture in food, pharma, chemical and other industries. Benefit from: accurate results through precise weighing and temperature control
A moisture balance, also called a moistureanalyzer, measures the amount of moisture in a substance. This isparticularly helpful in food processing labs as the amount of moisture can bean indicator of freshness and quality for some foods.



Superior Moisture Analysis for Laboratories

Engineered for laboratories, this moisture balance accurately quantifies the moisture or dry content in samples. The halogen heating element provides rapid and reliable drying, while the advanced microprocessor ensures stable performance during each measurement. With a wide moisture range and high accuracy, it's perfect for quality control, research, and development tasks.


User-Friendly Operation and Flexibility

The intuitive digital LCD screen combined with user-programmable settings makes operation simple, even for complex testing requirements. Easily adjust time settings and monitor temperature for optimal results. Its versatile sample pan accommodates various materials, and data can be exported seamlessly through the RS232 connection.

FAQ's of Lab Moisture Balance:


Q: How does the Lab Moisture Balance determine moisture content in samples?

A: The device uses a halogen lamp to heat and dry the sample placed on the stainless steel pan. It continuously measures weight loss, calculating moisture content ranging from 0.01% to 100% with high precision, ensuring accurate results every time.

Q: What types of samples can be tested with this moisture balance?

A: This balance is suitable for a wide range of laboratory samples including powders, granules, and small solid materials. Its user-programmable features and adjustable heating options enable compatibility with various substances needing moisture analysis.

Q: When should I use the time setting function during moisture analysis?

A: The time setting (1 to 99 minutes) allows users to determine the length of each drying cycle. This is especially useful for samples that require specific drying durations to achieve accurate moisture readings, adapting the analysis to the sample's characteristics.

Q: Where can the collected data be exported or transferred?

A: All measurement data can be easily exported via the built-in RS232 interface. This enables seamless transfer of results to computers or external printing devices for documentation, analysis, or reporting purposes.

Q: What benefits does the halogen heating element provide over other methods?

A: Halogen heating offers rapid and uniform drying, reducing analysis time and enhancing result consistency. It also allows precise control of heating temperatures up to 160C, yielding faster results while preserving sample integrity.

Q: How does the microprocessor control improve accuracy and functionality?

A: The microprocessor-based control system ensures stable and repeatable operation, automating adjustments during measurement. This minimizes errors, supports programmable operations, and enhances both accuracy and ease of use for the operator.

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