Glass Lined Pipes and Fittings

Glass lined pipes and fittings has the characteristics of anti-corrosion, high temperature resistance, pressure resistance, good sealing performance and wear resistance.

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Description

Glass lined pipesand fittings is important accessory for connect each glass lined equipment. It has the characteristics of anti-corrosion, high temperature resistance, pressure resistance, good sealing performance and wear resistance.

Fig-1 Glass lined pipes and fittings(001)

PRODUCT SPECIFICATION

Designed Pressure	≤1.0 Mpa
Designed Temperature	-20 to 200 ℃
Thickness of Lined Glass	0.8 to 2.0 mm
Standard Spec. For Glass Lined Pipes (HG/T 2130-2014)	DN25,DN32,DN40,DN50×L(100~500mm); DN65,DN80×L(100~1000mm); DN100,DN125×L(200~1500mm); DN150,DN200,DN250×L(200~2000mm); DN300,DN400×L(200~3000mm)
Standard Spec. For Glass Lined Elbow 30°,45°,60°,90°,180° (HG/T 2131~2135-2014)	DN25,DN32,DN40,DN50,DN65,DN80,DN100,DN125,DN150,DN200,DN250,DN300,DN400
Standard Spec. For Glass Lined Tee (HG/T 2136~2137-2015)	DN25-DN25; DN32-DN25,32; DN40-DN25, 32,40; DN50-DN25,32,40,50; DN65-DN25,32,40,50,65; DN80-DN32,40,50,65,80; DN100-DN40,50,65,80,100; DN125-DN50,65,80,100,125; DN150-DN65,80,100, 125,150; DN200-DN80,100,125,150,200; DN250-DN100,125,150,200,250; DN300-DN125,150,200,250,300; DN400-DN150,200,250, 300,400
Standard Spec. For Glass Lined Reducer (HG/T 2138~2139-2015)	DN32-DN25; DN40-DN25,32; DN50-DN25,32,40; DN65-DN25,32, 40,50; DN80-DN32,40,50,65; DN100-DN40,50,65,80; DN125-DN50,65,80,100; DN150-DN65,80,100,125; DN200-DN100,125,150; DN250-DN100,125,150,200; DN300-DN125,150,200,250; DN400-DN200,250,300
Standard Spec. For Glass Lined ReducingFflange(HG/T 2140-2015)	DN40-DN25,32; DN50-DN25,32,40; DN65-DN32,40,50; DN80-DN50,65;DN100-DN50,65,80; DN125-DN50,65,80,100; DN150-DN65,80,100,125; DN200-DN80,100,125,150; DN250-DN100,125,150, 200; DN300-DN125,150,200,250; DN400-DN150,,200,250,300
Spark Test for Lining-glass	20KV after glass-ling fired, and 10KV before delivery
Temperature Resistance	Chilling shock: 110 ℃, Thermal shock: 120 ℃
Design Standard	GB/T25025-2010, HG/T2130~2135-2014, HG/T 2136~2140-2015, GB/T 20801.5-2020; ASME Section Ⅷ Div. 1 Unstamped Or Against customized
Nozzle & Flange Standard	HG/T(GB), ASME, JIS, DIN (Optional)