Jiangsu Profile
Product List
9151. High Temperature Resistance Polished Opaque Quartz Glass Ring 
[Nov 16, 2022]
[Nov 16, 2022] Product Description Model.NO DH Type Clear Quartz Plate Thickness 1-100mm Shape Square/Round Surface Treatment ...
9152. 1mm Thin Custom Transparent Quartz Flange [Nov 16, 2022]
[Nov 16, 2022] Product Description Model.NO DH Type Clear Quartz Plate Thickness 1-100mm Shape Square/Round Surface Treatment ...
9153. High Purity Frosted Quartz Glass Flange [Nov 16, 2022]
[Nov 16, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9154. High Transmittance Pure Circular Transparent UV Quartz Glass Plate [Nov 16, 2022]
[Nov 16, 2022] Product Description Model.NO DH Type Clear Quartz Plate Thickness 1-100mm Shape Square/Round Surface Treatment ...
9155. Customized Square Transparent Quartz Glass Capillary Tube [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9156. Wholesale Transparent U Shape Clear Quartz Glass Tube [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9157. Customized Heating Reactor Rod Tube Testing U Bend Quartz Tube [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9158. Customized Quartz Glass Round Tubes of Different Shapes [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9159. Customized Quartz Products Heat Resistant Round Glass Quartz [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9160. Customized Gold-Plated Quartz Tube for Heater [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9161. Heat Resistant Clear Quartz Glass Transparent Abnormity Special Shaped Quartz Tube [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9162. Customize Heat Resistance Double Layer Transparent Quartz Glass Tube [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9163. Customized 25ml 30ml 50ml High Purity Transparent Quartz Crucible [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9164. Customized Lab Use Heat Resistance Transparent Quartz Glass Crucible [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
9165. Transparent Fused Quartz Crucible with Lid [Nov 11, 2022]
[Nov 11, 2022] Product Description Density 2.21×103kg/m3 Hardness 580KHN100 Softening Point 1700ºC Annealing Point 1210 Degree Thermal Conductivity 1.4W/M.Degree Specific Heat 690j/Kg,Degree Compression ...
