有益なブログ

食品乾燥技術:遠赤外線、マイクロ波、真空凍結
様々な食品乾燥方法 食品製造において、食品を乾燥させる方法は数多くある。これらの乾燥技術は、さまざまな基準に基づいて分類することができる:放射線乾燥はさらに次のように分けられる。

赤外線・遠赤外線乾燥の利点
In recent years, the research and application of far infrared technology in drying, using carbon fiber heating elements as emitters, have seen rapid development in the field. Current studies primarily

遠赤外線炭素繊維ヒーター乾燥機の主な検討事項
When designing far infrared carbon fiber heater dryers, several key considerations must be taken into account: Selection of Dryer Form The form of the drying oven needs careful consideration to

壊れた炭素繊維ヒーターチューブが再利用できない理由
Today, while browsing through records, I came across a friend’s query about whether damaged heating tubes can be salvaged. Specifically, “Can broken outer tubes of carbon fiber heater elements be

遠赤外線暖房機器の選択:主な検討事項
1. Heating Element Length Requirements The length of far infrared heating elements should generally match the overall width of the equipment, leaving 1cm-2cm of installation space on one end. 2.

食品と農業における赤外線加熱と乾燥
Advantages of Infrared Heating and Drying The equipment using carbon fiber heater elements as a far-infrared radiation source is referred to as far-infrared heating equipment. The advantages of infrared heating

炭素繊維ヒーターエレメントによるプラスチック製品の乾燥効率向上
Introduction With the development of the chemical industry, plastics have become essential raw materials for synthetic fibers, electrical insulation materials, acid-resistant containers, and various everyday products. The production processes of

炭素繊維発熱体:効率と用途
Carbon fiber heating elements are now widely applied in various industrial equipment. How effective are they in saving energy? Transparent Quartz Tube Carbon Fiber Far Infrared Radiator Transparent quartz tube

遠赤外線木材乾燥技術と発展展望
Wood is widely used in market life, the construction industry, furniture production, and industrial manufacturing. Most of the wood we encounter has been dried, traditionally by air-drying outdoors, a method