Samples of temperature-sensitive chemicals, natural products, resins, films, and others can be heated at a constant temperature under vacuum and dried quickly.
■ The temperature of the heater quickly reaches and stabilizes at the set temperature due to the P.I.D type temperature controller that suppresses overshoot. ■ The seals between the lid and the drying container use Viton O-rings, providing excellent airtightness and chemical resistance. ■ Safety has been improved with the alarm function of the digital temperature controller and two over-temperature prevention measures, including a temperature fuse. ■ The glass lid and glass drying container are made of first-class hard glass, offering excellent heat resistance and chemical resistance.
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basic information
There are two types available: Type D (HD-3D, HD-15D) with removable glass containers, and Type H (HD-3H, HD-15H) with non-removable stainless steel containers. ■ HD-3D (Container size φ110XH100) Room temperature +10℃ to 120℃ ¥200,000 ■ HD-15D (Container size φ150XH150) Same as above ¥270,000 ■ HD-3H (Container size φ110XH100) Room temperature +10℃ to 200℃ ¥190,000 ■ HD-15H (Container size φ150XH150) Same as above ¥260,000 Each type also has a version with a vacuum gauge. Replacement parts are also well-stocked. * A vacuum pump is required for use.
Price information
The price of HD-15D is 270,000.
Price range
P3
Delivery Time
※Please contact us.
Applications/Examples of results
Temperature-controlled short-term sample drying.
Company information
In 1907, we established a private business, a scientific glass processing plant, in the Kita Ward of Osaka City. Subsequently, in 1957, we reorganized into a corporation in line with the development of the business, becoming what is now Fuji Rika Kogyo Co., Ltd. Our main operations have been the production of glass products and the sale of scientific instrument manufacturer products. For over 100 years, we have steadily progressed alongside scientific glass and scientific instruments. However, we will cease operations at the end of June 2024 and will begin operations in July under MIZUKEN Co., Ltd. (formerly the Comprehensive Water Research Institute).