The birth of the linear 20℃ degree fast temperature change tester

Source：LINPIN Time：2024-07-08 Category：Company NewsNews

Enterprises should pay attention to both the needs of users, but also to pay attention to competitors, and strive to find a balance between user needs and competitors marketing concept, known as “market-oriented”, the core of which is from the user’s needs Adhere to the market orientation, the pulse of the user, the foothold and the destination point on the basis of the product “sell”, based on the concept, LF Instruments positive development of 20 ℃/min fast temperature change test chamber and successfully introduced to the market. Based on this concept, LINFENG Instruments has developed a 20℃/min fast temperature change tester and successfully introduced it to the market.

Along with the consumption upgrade, personalized and differentiated test demand is increasing. LF Instruments adhere to the “user-centric” service concept, to diversified, multi-level, personalized direction to extend services, through the continuous improvement of equipment quality and test technology innovation and iteration, innovation of environmental test equipment and process optimization, and strive to achieve the reliability of the environmental testing of the closed-loop; at the same time, the user At the same time, we build a one-stop, customized environmental test system for users.

Looking to the future, LINPIN Instruments will continue to adhere to the talent and technological innovation as the core development concept, adhere to the reliability of environmental test equipment in the field of intensive cultivation, and continue to increase the investment in product technology research and development, to promote sustained and high-quality development of enterprises.
Attachment: the main technical parameters of the fast temperature change test chamber:
Equipment Model: LRHS-225C(R20)-LK
Temperature range: -60 ℃ ~ 200 ℃
Temperature uniformity: ≤2.0℃.
Temperature deviation: ± 2.0℃
Temperature fluctuation: ±0.5℃
Temperature rise rate: -55℃～85℃ (linear 20℃/min, load 20Kg aluminum ingot)
Cooling rate: 85℃～-55℃ (linear 20℃/min, load 20Kg aluminum ingot)

Previous article: High and Low Temperature Alternating Humidity Test Chamber

Next article: LINPIN Instruments in Action for Large-Scale Equipment Renewal

News Recommendation

25.03

Are You Maintaining Your Constant Temperature and Humidity Test Chamber Correctly?

If a constant temperature and humidity test chamber malfunctions due to improper operation or lack of maintenance, it will not only affect the progress of work but also incur costs much higher than those of regular maintenance.

25.04

Thermal Shock Test Chamber – Your Reliable Testing Companion

Today, we are proud to introduce one of Linpin’s flagship products—the Thermal Shock Test Chamber, your ideal partner for precision testing. Our product stands out with its exceptional heat storage and cold storage capabilities, enabling it to withstand extreme temperature fluctuations instantly while accurately measuring the data you need.

25.07

Industries that can utilize a constant temperature and humidity test chamber

As the name suggests, a constant temperature and humidity test chamber is a device capable of maintaining a set temperature and humidity condition. This allows for precise data measurement and recording under these controlled conditions.

25.07

Why does a high-low temperature test chamber send out alarms?

What exactly are the reasons for the alarms in a high-low temperature test chamber? Does it necessarily mean that there is a malfunction in the equipment? Today, the editor from Linpin Instrument will guide you through the following methods to troubleshoot the specific causes.

25.05

How to Determine Whether Tested Samples Meet Standards After Salt Spray Test Chamber

A salt spray test chamber is an instrument used to evaluate the corrosion resistance of objects to salt spray. After testing, how can users determine whether the samples meet the required standards? The judgment criteria vary depending on the applicable standards. Once the relevant standard is identified, the following methods can be used for evaluation.