Golden Time Technology Development Limited

CALL US

+86-13831458899

+86-314-7079888

Solutions

CE-Marked 304-Stainless Laboratory Thermal Bath
Home » Solutions » Hide » CE-Marked 304-Stainless Laboratory Thermal Bath

CE-Marked 304-Stainless Laboratory Thermal Bath

Designed for educational labs and commercial procurement clients, our CE-marked 304-stainless laboratory thermal bath provides dependable constant-temperature environments for various testing needs. It operates from ambient to 200°C with ±0.5°C accuracy via PID control, features a 15L capacity and quick-drain design, and meets CE safety standards for accessible, low-maintenance daily use.
Availability:
sharethis sharing button
  • GT-TANK

  • GT-TEST

  • 9024800000

Product Description


Product Overview


The High Quality Thermal Tank With CE for Laboratory is a workhorse instrument designed to deliver reliable constant temperature environments for a broad spectrum of laboratory applications, from routine testing to specialized research. Constructed with food-grade 304 stainless steel—a material valued for its balance of corrosion resistance and affordability—this tank combines durability with ease of maintenance, making it a staple in quality control labs, educational institutions, and small-scale production facilities.


Equipped with a 1500W heating element and a robust PID controller, it maintains ±0.5°C temperature accuracy across its ambient to 200°C range, ensuring consistent results for tasks like sample incubation, solution warming, and material aging. The CE certification validates its compliance with EU safety standards (EN 61010-1:2010) and electromagnetic compatibility requirements, providing peace of mind for users in regulated industries. Its compact design (500×350×400mm) and intuitive operation make it accessible to both experienced technicians and students.


Features


Reliable Performance

Temperature Range: Ambient +5°C to 200°C, with a minimum temperature of 10°C (using external cooling for lower settings) to cover water baths, oil baths, and dry heating applications.

PID Control System: Features auto-tuning functionality that optimizes control parameters based on load and ambient conditions, reducing temperature overshoot to less than 2°C .

Heating Uniformity: Achieves ±1°C temperature variation across the tank volume via a bottom-mounted heating element and natural convection, suitable for non-critical thermal applications.


Practical Design

Transparent Polycarbonate Lid: Heat-resistant up to 120°C, allowing visual inspection of samples without heat loss, with a recessed handle to prevent accidental contact.

Quick-Drain Valve: 1/2-inch brass valve with a lever handle for easy emptying, positioned at the lowest point of the tank to minimize residual fluid.

Portable Construction: Lightweight 12kg design with integrated side handles, enabling easy relocation between workstations or storage when not in use.


Safety and Compliance

CE Certification: Tested to meet EN 61010-1:2010 for electrical safety, including insulation resistance (>100MΩ) and ground continuity (<0.1Ω) .

Overheat Protection: Dual safeguards—thermal fuse (220°C cutoff) and software-based alarm—activate if temperature exceeds set limits, preventing damage to samples or equipment.

Insulated Housing: 30mm thick polyurethane foam insulation reduces energy consumption by 30% compared to uninsulated tanks and keeps external surfaces safe to touch .


Applications


Rubber Testing:

Conducting oil immersion tests per ISO 1817 to evaluate swelling and hardness changes in rubber seals.

Performing heat aging tests at 100°C–150°C to assess long-term durability of automotive rubber components.

Plastics Industry:

Testing the heat deflection temperature (HDT) of plastic specimens by maintaining precise bath temperatures.

Annealing plastic parts to relieve internal stresses after molding processes.

Electronics and Automotive:

Pre-heating electronic components before soldering to prevent thermal shock.

Testing the performance of adhesives and sealants under elevated temperature conditions.

Academic Research:

Culturing microorganisms requiring stable temperatures (e.g., 37°C for bacterial cultures).

Demonstrating thermal expansion principles in physics and materials science courses.


FAQ


Q: What is the maximum fluid capacity of the tank?

A: The standard model holds 15L when filled to the recommended 80% level, with a total volume of 18.75L .

Q: Can it be used with mineral oil for high-temperature applications?

A: Yes, it is compatible with mineral oils, silicone oils, and glycol-based heat transfer fluids up to 200°C. We recommend using oils with a flash point >250°C for safety .

Q: How long does it take to cool down from 200°C to ambient?

A: Natural cooling takes approximately 60–90 minutes; for faster cooling, the tank can be drained and refilled with room-temperature fluid .

Q: Is the tank compatible with magnetic stirrers?

A: Yes, the stainless steel base is non-magnetic, allowing use of external magnetic stirrers for mixing samples during thermal exposure .

Q: What maintenance is required for long-term use?

A: Monthly cleaning with mild detergent to prevent mineral buildup, annual inspection of electrical connections, and replacement of the silicone gasket every 12–18 months for optimal sealing .


Previous: 
Next: 
Contact Us

Quick Links

Pipe Solutions

Contact Us

  jjtest@polymer-test.com
  +86-13831458899
  NO. 417, Boyueshan II, High-tech Development Zone, Chengde, China

Send Us A Message

Send us an email and we will provide you with the latest product information
Copyright © 2023 Golden Time Technology Development Limited. Technology by leadong.com. Sitemap.