Temperature control Range: -152 ℃ ~ +350 ℃
Cooling Capacity: 0.1 RT ~ 1000 RT
Many laboratory equipment needs to operate stably in a low temperature environment, so different research directions and research projects have different requirements for low temperature.
To meet such temperature requirements, it is necessary to rely on temperature control equipment with large cooling capacity, simple operation and intelligent operation.
The laboratory-specific chiller is such a professional refrigeration temperature control equipment specially designed for laboratories and scientific research institutes.
In the production process of the pharmaceutical industry, the reactor is widely used as a reaction vessel, and it is the most important reaction equipment in the pharmaceutical chemical production process.
With the market’s higher requirements for product quality, the temperature control of the reactor has become a very critical technology, so the internal temperature control of the reactor also requires more intelligence and precision.
Our SUNDI series reactors special temperature control system is mainly used for the cooling and heating of chemical reaction kettles (chemical heat exchangers), taking away the huge heat generated by chemical reactions in time to achieve the purpose of cooling and meet process requirements.
Our dynamic temperature control systems in the SUNDI series are predestined for chemical and bio-reactors, autoclaves, miniplant and pilot plants, reaction blocks, calorimeters and distillation plant. The temperature control range is -120℃ ~ +350℃.
Precise temperature control in biotechnology has a significant influence on the production output or the results of the research. In many research laboratories and production plants LNEYA temperature control machines ensure exact temperatures and stable, reproducible process conditions.
We specially recommend the SUNDI dynamic temperature control system for connection to existing cooling water/media for cooling of fermenters and bioreactors.
LNEYA has been the temperature control experts, We work directly with the scientist and engineers developing the processing technology. Our efficiency is achieved through utilizing a combination of variable speed technology and adaptive control logic.
LNEYA can provide temperature control by circulating fluids at -150℃ through 350℃ (-238ºF to 662ºF). These industry specific models take into account the unique requirements of Cannabis processing. In particular, LNEYA Dynamic temperature control systems are easy to install/operate, have the lowest operational costs and have unmatched reliability.
One of the key aspects to successful and efficient Cannabis processing is accurate and reliable temperature control. Temperature control is necessary in both the extraction and distillation processing steps. Whether extraction is achieved through Carbon Dioxide Systems, Liquefied Hydrocarbon Systems or Ethanol Systems, temperature control is at the heart of the process.
The dynamic temperature control system is applied to the test of new energy automobile components, the temperature control flow and pressure solution，-40℃ ~ +100℃.
There are a large number of applications for our temperature control machines in the area of the automotive industry. Typical areas of application are, for example, environment simulations, materials testing as well as temperature-dependent stress and loading tests for materials, gearboxes, bearings and engine parts.
Further very frequent areas of use are research tasks, test series and quality controls on batteries, rechargeable batteries and electronic components. Researchers and engineers throughout the whole world rely for the conception, construction and operation of test stands in the automotive industry on temperature control engineering from LNEYA.
LNEYA Dynamic temperature control system is widely used in the semiconductor system temp control, heat gauge temp control and the need to heat transfer deadlines, suitable for semiconductor chip manufacturing processes, power devices, avionics in aviation electronic equipment.
In the manufacturing of semiconductor electronic components in harsh environment, IC packaging, assembly, engineering and production test stages of this product include electronic thermal test and other temperature (-120 °C to +300 °C) environmental test simulation. It is committed to solving the problem of temperature control lag of electronic components.
Refrigeration plays a vital role in the medical industry used to improve the function and performance of medical devices. With so many lines, your components require a dedicated cooler with exceptional functionality and reliability. Medical chillers offer increased temperature accuracy and features designed to maximize uptime, allowing you to operate safely and consistently 24 hours a day.View More
Refrigerator Freezer is composed of a compressor, condenser, evaporator, filter drier, expansion throttling valve of the five most series, note the amount of refrigerant inside (refrigerant), the electrical appliances (including controller) according to the requirement of the environment and control the operation of the compressor to achieve the purpose of heat transfer and refrigeration.
Mainly used in industrial cold treatment, the uniform, fine and dispersed carbides produced on the metal structure matrix structure are precipitated. The appearance of such carbides will result in a significant increase in the wear resistance and friction properties of the metal, an increase in hardness, and will directly increase the life of the wear parts. The ideal product to replace liquid nitrogen.
LNEYA specialized in the Industrial Chiller, Industrial Refrigerator, Multi-reactor Chiller (TCU), Battery Motor/Semiconductor Temperature Testing System and Ultra-low Temperature Chiller. Used in pharmaceutical, aerospace, semiconductor, new energy automotive battery / motor and other industries. The temperature control range of the product is wide, and the -152°C~350°C can be perfectly realized.More Introduction
Focus on solving customers’ wide temperature refrigeration, heating temperature control problems and reducing energy consumption in refrigeration and heating systems; Provide competitive system solutions and services to continuously create greater value for customers.More Introduction