Thermally Shaped Borosilicate Glass Plate for 3D Printer

• Type: Refractory Glass
• Structure: Solid
• Moh′s Hardness: 7
• Shape: Plate
• Transparency: Transparent
• Color: Clear
• Model NO.: BG-P08
• Usage: Furniture, Door, Building, Window
• Thickness: 2-25mm
• Length: >1650mm
• Width: 1650mm
• Expansion Coefficient: 3.25
• Transport Package: Wooden Crate/Carton /Customized Package
• Specification: ISO9001, CCC
• Trademark: Bolipai
• Origin: Guangdong China
• HS Code: 7002390090
• Production Capacity: 10000PCS/Month

Product Description

                    Thermally Shaped Borosilicate Glass Plate for 3D Printer
Specifications:
1. Excellent visual effect
2. Powerful effect on Fire, hydrolysis and Chemical Resistance
3. High resistance to thermal shock.
BOROSILICATE FLOAT GLASS DESCRIPTION
Bolipai GLASS Borosilicate glass has a very low thermal expansion coefficient, about one-third that of ordinary glass. This reduces material stresses caused by temperature gradients, thus making it more resistant to breaking. This makes it a popular material for objects like telescope mirrors, where it is essential to have very little deviation in shape. It is also used in the processing of high-level nuclear waste, where the waste is immobilised in the glass through a process known as vitrification (contrast with Synroc).


BOROSILICATE FLOAT GLASS 3.3
1. Household electrical appliance (panel for oven and fireplace, microwave tray etc. );
2. Environmental engineering and chemical engineering (Lining layer of repellence, autoclave of chemical reaction and safety spectacles);
3. Lighting (spotlight and protective glass for jumbo power of floodlight);
4. Power regeneration by solar energy (solar cell base plate);
5. Fine instruments (optical filter);
6. Semi-conductor technology (LCD disc, display glass);
7. Iatrology and bio-engineering;
 

Mechanical   properties
Density (g/cm3) (at 25°C)	2.23±0.02
Knoop hardness	480
Flexure   strength	24Mpa
Thermodynamic   properties
Coefficient   of   thermal   expansion (α) (0-300°C)	3.3±0.1×10-6
Softening point (°C)	830±10
Strain   point  (°C)	521±10
Specific   heat   capacity	(2-100°C)0.83KJ×(kg×K)-1
Thermal conductivity	1.2W×(m×k)-1
Thermal shock resistance(K)	300
Temperature performance(K)	200
Maximum   working   temperature	(>10h, 600°C), (>10h, 550°C)
Chemical properties
Water   resistence	ISO719/DIN12111, HGB1 ISO720, HGA1
Acid   resistance	ISO1776/DIN12116, 1
Alkali   resistance	ISO695/DIN52322, A2
Optical   properties
Refractive   index	Nd: 1.47379
Transmittance (5mm)	>92%
Electrical   properties
Specific   resistance  1g	250°C, 8.0Ω×cm
Dielectric loss	Tan , 38×(10)-4
Dielectric Constant	4.7
Chemical   component
SiO2	79-82%
B2O3	8-14%
Na2O	2-4%
Al2O3	1-6%