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High temperature resistant clear pyrex glass blowing pipes
High temperature resistant clear pyrex glass blowing pipes
High temperature resistant clear pyrex glass blowing pipes
High temperature resistant clear pyrex glass blowing pipes
High temperature resistant clear pyrex glass blowing pipes
High temperature resistant clear pyrex glass blowing pipes
High temperature resistant clear pyrex glass blowing pipes
High temperature resistant clear pyrex glass blowing pipes

High temperature resistant clear pyrex glass blowing pipes

FOB Reference Price: Get Latest Price
≥10 Pieces
US $5.5
≥100 Pieces
US $3.8
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Quick Details

Brand Name:
Hongya
Model Number:
glass blowing pipes
Size:
OEM, Customized
Thickness:
OEM, 0.1mm-10mm
Color:
red, opaque black, opaque white, pink,purple, green,yellow, amber,etc
Feature:
high heat resisance
Material:
Borosilicate COE3.3 Glass
Usage:
light, smoking pipe, labw

Quick Details

Type:
Tempered Glass
Application:
Lighting Glass
Place of Origin:
Shandong, China
Brand Name:
Hongya
Model Number:
glass blowing pipes
Size:
OEM, Customized
Thickness:
OEM, 0.1mm-10mm
Color:
red, opaque black, opaque white, pink,purple, green,yellow, amber,etc
Feature:
high heat resisance
Material:
Borosilicate COE3.3 Glass
Usage:
light, smoking pipe, labw
Product Description
Specifications

Borosilicate glass tube 3.3
Color: clear
Borosilicate COE3.3 glass tubing:
1. Diameter available: 3.5mm~300mm
2. Wall thickness: 0.8mm~12mm
3. Length: 1220mm~3000mm
4. Regular sizes: 9*2, 12*2, 25*4, 28*4, 32*3.2, 32*4, 38*4, 44*4, 51*4, 50*5.
5. The high borosilicate 3.3 glass tube is used forlab equipment, optical, medical, daily glassware, solar energy, test tube, etc.
6. We can supply special dimensions according to request.
Chemical Composition
SiO2: 81%
B2O3: 13%
Na2O+K2O: 4%
Al2O3: 2%
Chemical Composition
SiO2: 81%
B2O3: 13%
Na2O+K2O: 4%
Al2O3: 2%

Specification
Physical Performance
Numerical Value
Unit
Coefficient of Mean Linear Thermal Expansion(ISO 7991)
3.3±0.1
10 -6 K -1
Transformation Temperature
525±15
°C
Softening Point (ISO 7884-6)
820±10
°C
Working Point (ISO 7884-2, ISO 7884-5)
1260±20
°C
Upper Cooling Temperature (ISO 7884-7)
560
°C
Lower Cooling Temperature (ISO 7884-7)
510
°C
Density at 20°C
2.23±0.02
g/cm 3
Thermal Conductivity (20°C--100°C)
1.2
w/m 2 K
Specific heat capacity at constant pressure
0.8× 10 3
J×/Kg@K
Modulus of elasticity
64 × 10 3
MPa
Tensile strength
35-100
MPa
Poisson constant
0.2
Refractive Index
0.92
Packing & Delivery
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