木材乾燥用赤外線加熱管の理論と実際
Drying aims to achieve the physical process of moisture migration in materials, reaching a certain dryness level or moisture content. Drying equipment is indisp... 続きを読む
木材内部自由水分の蒸発理論と炭素繊維電熱管を用いた木材乾燥に関する研究
According to the way water combines with materials, drying science divides materials into three categories. The first category is capillary-porous bodies, where... 続きを読む
水性ポリウレタン塗料の乾燥効率に影響する要因
Waterborne polyurethane (WPU) paints are gradually replacing traditional solvent-based paints due to environmental concerns. Unlike organic solvent-based paints... 続きを読む
中波長赤外線加熱管 波長
In the electric heating industry, the wavelength of mid-wave infrared heating tubes is strictly between 2μm and 15μm. It’s important to note that althou... 続きを読む
高温は乾燥を早めるか?薬草スライスは高温乾燥後も効能を維持するか?
During the drying validation process of medicinal herb slices, we discovered that the maximum temperature these slices can tolerate is significantly lower than ... 続きを読む
漢方スライスの赤外線乾燥の紹介
Today, I will share some experimental data on infrared drying of traditional Chinese medicine slices, specifically using an intermittent infrared oven. To facil... 続きを読む
カーボンファイバーヒーターエレメント漢方スライスの赤外線乾燥における4つの特徴
Traditional Chinese medicine (TCM) has historically been dried using one of the oldest methods—sun-drying, which essentially involves the medicinal materials ... 続きを読む
炭素繊維ヒーター素子赤外線による人工木工ボード粉体塗装の急速硬化に関する研究
Global demand for woodworking products remains robust, highlighted by the extensive production of artificial boards exceeding 100 million cubic meters annually.... 続きを読む
水和した湿潤材料の乾燥のための赤外線加熱管の選択:短波か中長波か?
Capillary multi-porous colloidal materials, as previously mentioned, are one of the most common types of materials encountered in everyday life and production p... 続きを読む