About Vapour Pressure Moisture Determination Apparatus
Applications:
The unit will be suitable to find out the percentage of moisture determination in the raw and dry chips.
Details of Apparatus:
- Complete unit will be supplied with heating unit, stand and glass parts for working at 200 Degree Celsius. Temperature is controlled by Auto tune Digital PID temperature controller cum Indicator. Supplied complete with 4 Nos of spare moisture tubes, one bottle of 50 gram silicon grease and connecting rubber tubes.
Furtherdetails available on our website.
The Price mentioned here are subject to change as per the capacity,specifications and application of the user.
Reliable Moisture Analysis for LaboratoriesDesigned for general laboratory testing, this apparatus offers outstanding precision and uniform heating. The immersion heater can reach temperatures up to 250C, ensuring efficient moisture determination. Safe operation is key, with built-in overheating protection and a sturdy powder-coated body that resists corrosion. The non-stirring design favors easy handling and minimal maintenance. Its transparent borosilicate glass allows clear observation during testing, supporting consistent and thorough results for daily laboratory use.
Durable Construction and User-Friendly OperationCombining mild steel and heat-resistant borosilicate glass, this apparatus boasts durability and resistance to harsh chemicals. The adjustable clamp securely holds various glassware, while manual controls make it easy for users to operate the device without the need for specialized training. The analog display ensures clear reading of moisture content, and the 1-liter vessel capacity suits most laboratory requirements. Quick cleaning and a compact, table-top design simplify incorporation into any lab setup.
FAQs of Vapour Pressure Moisture Determination Apparatus:
Q: How does the Vapour Pressure Moisture Determination Apparatus work?
A: The apparatus uses an immersion heater to uniformly heat samples in a borosilicate glass vessel. As the sample heats, moisture evaporates, and the unit measures the lost moisture using an analog display to provide accurate moisture content results.
Q: What is the typical process for determining moisture content with this equipment?
A: Place the raw or dry chip sample into the glass flask, secure it with the adjustable clamp, and manually operate the heater according to your protocol. Monitor the process visually and through the analog display. Once complete, record the moisture determined by the apparatus.
Q: When should I use this apparatus in my laboratory operations?
A: It should be used whenever precise moisture determination of raw or dry chip materials is required. Ideal for analytical labs, quality control, manufacturing, and research facilities looking to ensure material consistency.
Q: Where is this apparatus best suited for installation?
A: With its table-top, compact design, the apparatus fits most laboratory benches and is suitable for environments with proper electric supply (220-240 V AC, 50 Hz) and safety standards for laboratory operations.
Q: What are the key benefits of using this moisture determination apparatus over other methods?
A: The apparatus ensures uniform heating and high accuracy (0.1% moisture), is easy to clean, corrosion-resistant, and includes overheating protection. Its clear glass vessel allows real-time sample monitoring, while the analog control supports straightforward operation.
Q: How do I maintain and clean the apparatus for long-term use?
A: Allow the unit to cool before cleaning. Detach the borosilicate glass components carefully and clean them with suitable laboratory detergents. Regularly check for residue buildup and gently wipe the powder-coated surface to prevent corrosion.
Q: What safety features does the apparatus include during operation?
A: The unit features built-in overheating protection to prevent excessive heat build-up. Its powder-coated body offers electrical insulation, and the glass vessel, being heat-resistant, further enhances user safety during moisture analysis.