Albashi ™ TLC farantin, ya zira kwallaye, Gilashin-Parica, Hard Layer Layer

Zango farantin, ya zira kwallaye, Gilashin-Ajiyayyen, Hard Layer Silica Feat

A takaice bayanin:

Manufar Silica mai ƙarfi, prangflash ™ TLC faranti ya dace da flashash ™ Flash cakulan don ingantaccen hanyar haɓaka. Mai rufi tare da kayan aiki na zamani, suna tabbatar da babban hankali da bincike mai sauri. Warfin Layer Hard Hard Hard Hard Hard Hard Hard Hard Hard Hard Hard Hard Hard Hard Hard Hard Data Bangaren kwayar halittarsa yana ba da damar amfani da abubuwan da ke tattare da ruwa zuwa 80%, yayin da mai nuna alama ta F254 mai nuna alama yana bawa UV (254 nm). Tsarin da aka zira kwallaye ya bada damar yin yankan yankan da amfani mai sauki, daidaita ga buƙatun aikace-aikace daban-daban.

Sami magana Saya shi yanzu

Cikakken Bayani

Takardar shaida

Roƙo

Video

Abubuwan da ke cikin key

-Zaɓin TLC na farko- Robust, Sauti na Wuya tare da rage bambanci
- Sadarwa ta sauri- yana rage lokacin gudu25 - 30%
- Babban Silica Gel- yana tabbatar da amintattun abubuwa masu inganci da haifuwa na mahadi
- Hard Layer (Bangaren kwayoyin)- Ingancin karko, juriya, juriya, da kuma warware jituwa
- goyan baya gilashi- tsautsattrai da mai tsauri don inganta tsauri
- Bayanin UV F254- Yana ba da taimako mai sauƙi na mahaɗan rabuwa a ƙarƙashin hasken UV

Fasahohin gani

Mai dacewa tare da yawancin reagents na gani, ban da cajin sulfuric acid. Ana iya amfani da reagents ta hanyar narkewa ko spraying, kodayake wasu reagents na acidic na iya haifar da haɗari.

Abubuwan da aka yarda da su

Dace tare da duk daidaitattun abubuwan cututtukan cututtukan cututtukan cututtukan cututtuka; har zuwa 80% mafi yawan abubuwan ruwa.

Yanayin ajiya

Adana a cikin bushe wuri a zazzabi dakin, nesa daga hasken rana kai tsaye da danshi.

Ba da umarnin bayani

Lambar Kashi	Adsorbent	M	Gwadawa	Gwiɓi	Mai nuna alama	Qty / akwatin
Tl-bh911111	Bare silica	Layer Hard Layer (Organic)	20 x 20 cm ya zira	250 μm	F244	25
Tl-bh9211	Bare silica	Layer Hard Layer (Organic)	10 x 20 cm ya zira	250 μm	F244	25