About Water Distillation Equipment
PanelMounted Borosilicate Glass Boiler with inbuilt heater and Borosilicate GlassCondenser.
Completewith stand, Clamps etc.
Conductivityof Distilled water produced is less than 1u5 cm1. PH 6-7 suitable for HPLC.
Outputapprox. 2.0 Lt/Hr.
Capacity:
2ltr
4ltr
Maximum Accuracy and ReliabilityWith an accuracy rating of 100%, this water distillation equipment ensures laboratory research results remain uncompromised. Its sophisticated design enables users to achieve pure water essential for sensitive experimentation or analytical procedures, contributing to the overall integrity of scientific outcomes.
Flexible Capacity for Laboratory NeedsAvailable in capacities between 2 to 4 liters, the equipment caters to varied laboratory requirements, from small-scale experiments to routine extensive distillation. Its adaptable design makes it a suitable asset for research facilities with diverse daily water usage.
FAQs of Water Distillation Equipment:
Q: How does the water distillation equipment achieve 100% accuracy in laboratory research?
A: The equipment employs advanced distillation technology that meticulously separates impurities from water, ensuring each cycle delivers completely purified water with 100% accuracyessential for laboratory research reliability.
Q: What benefits does this distillation equipment offer for laboratory research?
A: This equipment provides highly efficient water purification, consistent performance, and durable operation, backed by a one-year warranty. Users can expect minimized maintenance and maximum uptime during critical laboratory procedures.
Q: When should water distillation equipment be used in a laboratory setting?
A: It should be used whenever high-purity water is required for experiments, analytical testing, or preparation of chemicalshelping prevent contamination and ensure accurate research results.
Q: Where is this distillation equipment manufactured and supplied from?
A: The water distillation unit is manufactured, exported, and supplied directly from India, ensuring quality assurance and adherence to industry standards for laboratory equipment.
Q: What is the process behind the distillation and how does it ensure purity?
A: The process involves heating water to create steam, which is then condensed back into the liquid phase, leaving impurities behind. This method reliably produces pure water with every cycle, suitable for sensitive research work.
Q: How can users maximize the equipments efficiency in the laboratory?
A: To ensure optimal performance, follow the manufacturers instructions for setup and maintenance and regularly monitor water output. Adhering to prescribed usage enhances long-term efficiency and sustains accuracy.