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Water Still with Silica Sheathed Heater

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Water Still with Silica Sheathed Heater Specification

Power Source
Electric

Automation Grade
Manual

Core Components
Silica Sheathed Heater, Borosilicate Glass Boiler, Condenser

Accuracy
High purity output

Measurement Range
Water Purity: ≤ 2 µS/cm

Temperature Range
Ambient to 100°C

Feature
High-purity distilled water, Simple assembly, Resistant to corrosion

Capacity
4 L/Hr

Voltage
220-240V AC

Model No
WS-SS4

Frequency
50 Hz

Equipment Materials
Borosilicate Glass, Silica Sheathed Heater, Stainless Steel Clamps

Type
Laboratory Water Still

Usage
Water Distillation for Laboratory Use

Display Type
Analog

Dimension (L*W*H)
450 x 230 x 370 mm

Weight
Approx. 8 Kg

Glass Type
High-quality borosilicate

Compliance
CE, ISO9001 Certified

Cooling Method
Built-in water condenser

Safety Feature
Over-temperature and dry heating protection

Surface Finish
Polished/Stainless

Maintenance
Easy to clean and service

Distillate Conductivity
2.0 S/cm at 25C

Mounting Type
Bench-top

Application Area
Pharmaceutical, Chemical, Educational, Medical Labs

Water Inlet/Outlet Connection
Universal hose connectors

Heater Type
Silica Sheathed Immersion Heater

Electrical Load
2.5 kW approx.

Material of Condenser
Borosilicate glass condenser

Distillation Rate
4 liters per hour minimum

Packaging Type
Corrugated box with EPE foam

Operation Mode
Continuous

About Water Still with Silica Sheathed Heater

Water Still With Silica Sheathed Heater

Features :

Borosilicate condenser and boiler are fitted with a removable silica sheathed heater and screw threaded connectors for ease of cleaning.
Distillate temperature is approx. between 25Â° to 45Â° C which is ensured by an efficient condenser.
The stand is powder coated for rust free operation and lustrous appearance.
The unit automatically switches off if water level in the boiler falls below heater.
Cooling water from the condenser is re-circulated into the boiling chamber, hence saving energy.
Screw Threaded Connectors : These are provided for easy plumbing & Installation to avoid any glassware breakage during assembly.
Boiler is provided with Replaceable Constant Level Device for easy draining and cleaning of boiling chamber.
Fuse is provided for safety in case of voltage fluctuation or short circuit.
Electrical Power: 220/240 V, 50/60Hz, Single Phase Supply.

Unique Features :

This model is equipped with in-built temperature switch to protect the Glass parts in case of water failure or overheating.

Additional Operation Accessories :-

Gate Valve: Conserves coolingwaterwastage in case of powerfailure.
Flow Switch: In-built safety feature for the equipment unit shut off in case of cooling water failure.

Single Still :-

Conductivity		1 to 2.0 ps/cm 5.5- 6.0
pH		1 to 2.0 ps/cm 5.5- 6.0
Model No.	Output Cap. (approx)	Cooling Water Consumption	Power Rating
LTWS-SH-20S	2.0 ltr/hr	60 ltr/hr	1.5 Kw
LTWS-SH-40S	4.0 ltr/hr	120 ltr/hr	3.0 Kw

Double Still :

Conductivity		0.8 to 1 \|js/cm 6.0 - 7.0
pH		0.8 to 1 \|js/cm 6.0 - 7.0
Model No.	Output Cap. (approx)	Cooling Water Consumption	Power Rating
SLWS-SH-20D	2.0 ltr/hr	120 ltr/hr	3.0 Kw
SLWS-SH-40D	4.0 ltr/hr	150 ltr/hr	6.0 Kw

Reliable Water Purity for Laboratories

This laboratory water still ensures the delivery of highly purified water, with distillate conductivity 2.0 S/cm at 25C. Its borosilicate glass and silica sheathed heater components resist corrosion, supporting applications in pharmaceutical, chemical, and medical labs. The bench-top design offers convenient placement and operation, even in compact laboratory environments.

Safety and Efficiency Engineered

Built with user protection in mind, the water still incorporates over-temperature and dry heating safeguards. The built-in water condenser efficiently cools the steam for continuous, high-output performance. Maintenance is simple, so users can clean and service the equipment easily, keeping operations uninterrupted and safe.

Quality Construction and Compliance

The high-quality materials, like borosilicate glass and polished stainless steel, ensure longevity and resistance to chemicals. CE and ISO9001 certifications confirm the products adherence to international standards, and packaging using corrugated boxes with EPE foam guarantees safe transit and delivery.

FAQs of Water Still with Silica Sheathed Heater:

Q: How does the silica sheathed immersion heater improve water distillation?

A: The silica sheathed immersion heater enhances water distillation by providing stable, uniform heating while resisting chemical corrosion, which ensures high-purity distilled water for laboratory use.

Q: What safety features does this water still offer during operation?

A: This water still includes over-temperature and dry heating protection, automatically stopping the process to prevent accidents and damage, ensuring safe continuous operation in the laboratory.

Q: When should routine maintenance be performed on the water still?

A: Routine maintenance should be conducted regularly as per lab practices or manufacturer recommendations. Its easy-to-clean design allows for quick servicing, helping prevent residue buildup and ensuring consistent purity output.

Q: Where can this water still be installed within a laboratory setting?

A: Its bench-top mounting type allows flexible installation on any stable laboratory surface, making it well-suited for pharmaceutical, chemical, medical, or educational lab environments.

Q: What is the process for connecting the water inlet and outlet?

A: The water still features universal hose connectors, simplifying attachment to standard laboratory water supplies. This ensures efficient water flow for the distillation process and easy integration into existing setups.

Q: How does the built-in water condenser improve operational efficiency?

A: The built-in borosilicate glass water condenser rapidly cools the steam, reducing the risk of heat loss and improving water recovery rates, which supports high-efficiency, continuous distillation.

Q: What are the primary benefits of using this water still in laboratory applications?

A: It consistently produces high-purity water suitable for sensitive experiments, offers reliable automation for continuous use, guarantees safety during operation, and is manufactured from corrosion-resistant, durable materials.

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