Mashing Bath

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Mashing Bath Specification

Shape
Square

Glass Type
Borosilicate glass lid

Heating Capacity
Rapid heating up to set temperature

Accuracy
0.1C

Power Supply
Single Phase AC

Control Type
Digital Temperature Controller

Temperature Resistance
Up to 98C continuous

Display Type
LED Digital display

Features
Stirring function, over-temperature protection, easy-to-clean design

Type
Laboratory Mashing Bath

Dimension (L*W*H)
395 x 395 x 335 mm

Equipment Type
Water Bath

Equipment Materials
Stainless Steel 304 grade inner tank, powder coated outer body

Power
800 W

Voltage
230 V

Material
Stainless Steel

Application
For laboratory and industrial enzymatic mashing operations

Capacity (Ltr)
12 liters

About Mashing Bath

Experience the marvelously engineered Mashing Bath, an illustrious blend of performance and safety ideal for laboratory and industrial mashing operations. Crafted with dominant stainless steel and a transparent borosilicate glass lid, its ephemeral brilliance is matched only by its reliability. Programmable up to 999 minutes, adaptive stirring at up to 400 rpm, and rapid heating to 98C, this equipment promises accuracy of 0.1C and unbeatable price. The advanced insulation, safety system, and integrated drainage make maintenance effortless. Buy now for a standout solution designed for professionals seeking excellence.

Unparalleled Advantages and Wide Range of Applications

The Mashing Bath offers distinct advantages such as rapid heating, adaptive stirring, and precise temperature control. Its tailored for specific use in enzymatic mashing processes within laboratories and industry, optimizing results while saving energy. General applications include controlled heating and mixing operations, ensuring reliability, accuracy, and ease of use. Professionals benefit from over-temperature protection, easy cleaning, and programmable functionality suitable for a wide spectrum of research and production needs.

Global Export Potential and Exceptional Supply Capabilities

Our Mashing Bath enjoys strong demand across leading export markets in Asia, Europe, and the Americas, while also being highly sought after in the domestic Indian market. Attractive sale prices support bulk procurement. Each unit is securely packaged to guarantee safe transit, and our supply ability ensures prompt delivery for both national and international orders. This makes our product a preferred choice for laboratories and industries worldwide, emphasizing quality and reliability.

FAQs of Mashing Bath:

Q: How does the Mashing Bath ensure safety during operations?

A: The Mashing Bath is equipped with comprehensive safety systems including overheating and dry run protection, ensuring user safety and protecting equipment integrity during all mashing processes.

Q: What are the main benefits of the adaptive stirring feature?

A: The adaptive stirring function, with speeds up to 400 rpm, enhances uniform mixing, prevents sediment formation, and improves enzymatic activity for consistent and reliable results in laboratory and industrial applications.

Q: When should the programmable timer be used for mashing tasks?

A: The programmable timer function, adjustable up to 999 minutes, is particularly advantageous for long-duration enzymatic mashing operations that require controlled heating and agitation for precise process control.

Q: Where can the Mashing Bath be installed and operated?

A: This mashing bath is suitable for both laboratory benches and industrial workspaces, compliant with CE and ISO 9001:2015 standards, making it versatile for various professional environments.

Q: What is the process for cleaning and maintaining the bath after use?

A: Maintenance is simplified by the easy-to-clean design, powder-coated outer body, and integrated drain valve. Regular draining and gentle cleaning of the stainless steel inner tank and glass lid preserve optimal performance and hygiene.

Q: How does the high-density insulation contribute to energy-saving?

A: The high-density insulation significantly reduces heat loss during operation, helping to conserve energy while maintaining accurate temperature control, resulting in lower operational costs.

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