Dye Penetrant Tank

Dye Penetrant Tank Specification

Material
Stainless Steel

Capacity
100 Liters

Shape
Rectangular

Application
Dye Penetrant Testing

Power
2 kW

Voltage
230 V

Mobility
Castor Wheels

Dimensions
1200 mm x 600 mm x 800 mm

Surface Finish
Polished

Heating System
Electric Immersion Heater

Tank Type
Double Walled

Temperature Range
Ambient to 60C

Drain Valve
Stainless Steel Ball Valve

Control Panel
Digital Temperature Controller

Insulation
High-Density Mineral Wool

Dye Penetrant Tank Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Dye Penetrant Tank

Features

Corrosion Resistance.
Long-lasting and Durable Construction
FDA Approved Raw Materials.
Handle Temperature upto 200

Applications

Galvanizing Plant
Enclosures of ventilation

Advanced Temperature Control

Equipped with a digital temperature controller and an efficient electric immersion heater, this tank maintains precise temperatures ranging from ambient to 60C. This control is critical for consistent dye penetration results and enhances the efficiency of the testing process in industrial environments.

High-Capacity and Durable Design

With a 100-liter capacity, double-walled structure, and crafted from polished stainless steel, this dye penetrant tank supports demanding operations. The rectangular design and large internal space allow easy immersion of components, while high-density mineral wool insulation ensures safety and thermal stability.

FAQ's of Dye Penetrant Tank:

Q: How does the heating system maintain consistent temperatures during dye penetrant testing?

A: The tank uses an electric immersion heater managed by a digital temperature controller, ensuring the testing liquid remains within the desired range from ambient to 60C. High-density mineral wool insulation preserves heat and maintains stable conditions for reliable test results.

Q: What are the main benefits of a double-walled, insulated dye penetrant tank?

A: A double-walled design with high-density mineral wool insulation enhances safety by minimizing heat loss and surface temperature while providing structural strength and increased durability, making it suitable for rigorous industrial use.

Q: When should the tank's temperature be adjusted for optimal test outcomes?

A: You should adjust the tank's temperature according to the requirements of the dye penetrant procedure and the specific material being tested. The digital control panel enables precise settings to match testing protocols for different applications.

Q: Where can this dye penetrant tank be effectively used?

A: This tank is ideal for manufacturing facilities, quality control labs, and inspection centers, especially those engaged in non-destructive testing methods in India. Its mobility and robust features allow it to be positioned wherever needed within your facility.

Q: What is the process for draining and cleaning the tank after testing?

A: After testing, the built-in stainless steel ball valve enables quick and hygienic drainage. The polished stainless steel surface prevents residue buildup, making it easy to clean and prepare for the next use.

Q: How does the addition of castor wheels benefit daily operations?

A: Castor wheels enhance mobility, allowing users to relocate the tank effortlessly within a workspace, improving workflow flexibility and catering to changing floor layouts.

Q: What is the typical power and voltage required for safe operation?

A: The tank operates at 2 kW power with a 230 V supply, suitable for standard industrial electrical configurations in India, ensuring efficient and consistent heating performance.