MACHINERY & EQUIPMENT

LIGHT TEXTILE PRODUCT

BCK Series Glass Lined Storage Tank
BCK Series Glass Lined Storage Tank BCK Series Glass Lined Storage Tank BCK Series Glass Lined Storage Tank BCK Series Glass Lined Storage Tank BCK Series Glass Lined Storage Tank

BCK Series Glass Lined Storage Tank

Item No.: LPMIE199
Glass lined equipment is a kind of vessel which cylinder was made of high quality carbon steel lined with special silicate glass by fritting at a high temperature, with mechanical strength as steel vessel, anti-corrosive as glass equipment, ideal multi-fu
INQUIRY
Description Enamel Characteristic Chemical Property Corrosive Allowance
Introduction


Glass lined equipment is a kind of vessel which cylinder was made of high quality carbon steel lined with special silicate glass by fritting at a high temperature, with mechanical strength as steel vessel, anti-corrosive as glass equipment, ideal multi-functional corrosive resistance equipment for hydrolysis, neutralization, crystallization, distillation, evaporation and stocking in pharmaceutical, chemical industries.



Application


Applied with high corrossive resistance characteristics technology glass lined reactor manufacture; this achieved the reactor with highly corrosion resistant, chemical inert, as ideal equipment for different processing environment, as below:
1.pharmaceutical and veterinary drugs
2.chemical and fine chemicals
3.dyeing industry
4.organic synthesis
5.food-stuff industry






Glass-Lined Enamel Characteristics

We provided high content cobaltous oxide and silica anti-corrosive enamel for glass lined equipment, pipeline and fittings, which coating on the surface of metallic matrix and through high temperature 950℃~980℃ furnace for enamel firing, make the glass lined equipment have the performance of metal strength and glass material stabilities.


Physical Property

 
Test Item Results Standard
Mechanical Impact resistance of glass-lined layer >220 x10-3J GB25025-2010
Enamel Thickness (mm) 0.8~2.0mm GB25025-2010
Preliminary Spark Test （V） 20kV GB25025-2010
Final Spark Test（V） 7kV GB25025-2010
Thermal/Cooling shock resistance of glass-lined layer (℃)    
Cooling Impact： 110℃ GB25025-2010
Thermal Impact： 120℃  
Design Temperature (℃) 0℃~180℃ GB25025-2010





       
Glass Lined Reactor Chemical Property
Glass Lined Equipment Enamel Chemical Resistance Allowance List
 

No.
Medium Name
Concentration
Temp.
Corrosive Rate mm/y		 No.
Medium
Concentration
Temp.
Corrosive Rate mm/y
1 HCL <35 <105 <0.005 22 Al2 (SO4)3 20-50 <105 <0.005
2 HCL >5 >105 0.02-0.05 23 NH4 Cl <50 <105 <0.005
3 HNO3 5-75 <105 <0.005 24 HCHO -100 <105 <0.005
4 HNO3 100 <60 <0.005 25 K2 SO4 10 <105 <0.005
5 H2SO4 <80 150 <0.005 26 NaCl 50 105 <0.005
6 H3PO4 40 100 0.02-0.05 27 C2 H2O4 10 <38 <0.005
7 H3PO4 40 >150 >0.05 28 NaF <5 <100 <0.005
8 H3PO4 30-80 <100 <0.005 29 NaHSo 20-50 100 <0.02
9 NaOH <25 Room Temp. <0.005 30 C2 H4 (NH2)OH -100 <105 <0.005
10 NaOH 20 60 >0.02 31 C2 H4 (NH2)OH -100 <200 <0.005
11 NaOH 20 80 >0.05 32 Br 100 <80 0.005-0.02
12 NaOH 30 <38 <0.005 33 CCl 4 50-100 <105 <0.005
13 Na2CO3 30 60 <0.03 34 H2 CrO4 20-30 <105 <0.005
14 NaHCO3 >25 Room Temp. <0.005 35 FeCl3 10-40 <105 0.02-0.05
15 NaHCO3 >25 100 <0.02 36 (HO3)C6H2COOH 100 <100 <0.005
16 CuSO4 10-50 <105 <0.005 37 COOH(CH2) 2CH)(NH2) 100 <100 <0.005
17 CuCl2 10-50 <105 <0.005 38 C6H6 100 <100 <0.005
18 Cu (NO3)2 10-50 <105 <0.005 39 C6H5OH 100 <100 <0.005
19 CH 3COOH ~100 <100 <0.005 40 NaNO3 10-50 <100 <0.005
20 AlCl3 10 >200 >0.05 41 Na2SO4 20 <100 <0.005
21 AlCl3 30 <105 <0.005 Attention: hydrofluoric acid, high-concentration phosphoric acid and high-concentration sodium hydroxide
22 KAl (SO4)2 10-50 <105 <0.005


Linda Kevin
Alan H
Liudong
kevin Alan Hu Allen