Glass Engineer System

GE-System(Glass Engineering System) software helps glass engineers to quickly predict the glass properties and optimize the glass component design.

Glass engineers and researchers can use this software to develop new glass products and improve the old product design.

Glass Engineer System Interface

Glass Engineer System Interface

Why GE-System? – Save Your Time & Money!

Optimization components design reduces the test times for melting, improve the glass product property,and reduce the melting temperature. So you can save money and time.

Glass Engineer System is very stable

GE-SYSTEM version 1.0 was released in 1994 and was the first glass engineer software running on PC. The current version now is 10.0(2010) and very stable.
To use the GE-SYSTEM is very simple and fast.

Over 150 properties include optical,mechanical,electrical,chemical,thermal,laser and high temperature of melting

Refractive index at 20 oC(nD)

Mean Dispersion at 20 oC(nF-nC)

Temperature coefficient of Refractive index at ,20-100 oC

Thermal optical coefficient ,20-100 oC

Molar refraction

Stress Optical Coefficient -C1

Stress Optical Coefficient -C2

Nonlinear refractive index

Thermo Optical Constant

Birefringence

Abbe’s Number

Reflectance

Transmission

Total Reflectance

Total Transmission

X-Ray mass absorption coefficient(0.06nm)

(D)Refractive index at 20 oC(nD)

(D)Mean Dispersion at 20 oC(nF-nC)

(D)Abbe’s Number

(D)Reflectance

(D)Transmission

(D)Total Reflectance

(D)Total Transmission

Young’s modulus(E) 20 oC

Shear modulus(G),20 oC

Molar volume

Density at 20 oC

Poisson’s ratio(μ)

Molecular Weight

Bulk modulus(K) ,20 oC

Mohs hardness

Tensile strength

Compressive strength(method A)

Working Range Index (WRI in oC)

Relative Machine Speed (RMS)

Devitrification Index (DI in oC)

Gob Temperature (G in oC)

VFT constants(method A):

VFT Constant:A,B,T0(method B)

(F)Working Range Index (WRI in oC)

(F)Relative Machine Speed (RMS)

(F)Devitrification Index (DI in oC)

(F)Gob Temperature (G in oC)

VFT Constant :A(F),B(F),T0(F),

Fix Temperature point for viscosity(log10n=1-14.6):

Viscosity for fix temperature point(100-2500 oC):

Here are the Laser properties of Silicate and Fluorin-Phosphorus glass:

 Shear modulus of glass 20oC (Fluegel)

Density at room temperature(Fluegel)

Vickers Hardness

(D)Density at 20 oC

Expansion Coefficient at 20-400 oC

Thermal Conductivity

Linear Thermal Expansion Coefficient 210oC

Thermal conductivity of glass at room temperature

Dielectric Constant at 20oC 4.5E+8Hz

High temperature electrical resistivity 1000(log10)

High temperature electrical resistivity 1200(log10)

High temperature electrical resistivity 1400(log10)

Acid Resistance

Hydrolytic durability Water Durability log(0.01M HCl)

Extracted Na2O equivalent

Hydrolytic class

Melt temperature

Refine temperature

Surface tension 900

Surface tension 1200

Surface tension 1300

Surface tension 1400

Surface tension 1400 oC (Kucuk)

Liquidus Temperature

Water solubility silicate glass melts 1200oC, 1 atm H2O pressure

Density of silicate glass melts 1000

Density of silicate glass melts 1200

Density of silicate glass melts 1400

Silicate:

σ

τr

τ

Δλeff

Density

Refractive index (nd)

Abbe’s Number

Nonlinear refractive index (n2)

Fluorin-Phosphorus:

Refractive index(nD)

Δλ

Δλeff

σ

τ

The listed below components to be calculated in the glass

Tl2O,As2O3,Sb2O3,Nd2O3,Sm2O3,Gd2O3,Dy2O3,Er2O3,Yb2O3,Lu2O3,Pr6O11,CeO2,SnO2,ZrO2,
HfO2,ThO2,Nb2O5,Ta2O5,WO3,MoO3,MnO,Fe2O3,CoO,NiO,CuO,Na2SiF6,K2SiF6,MgF2,CaF2,SrF2,
BaF2,CdF2,PbF2,AlF3,YF3,LaF3,NdF3,ZrF4,ThF4,Al(PO3)3,Ba(PO3)2,NaPO3,LiPO3,Li2O,Na2O,K2O,
Rb2O,Cs2O,LiF,NaF,KF,RbF,BeO,MgO,CaO,SrO,BaO,Y2O3,In2O3,La2O3,Bi2O3,ZnO,Al2O3,Ga2O3,
TiO2,CdO,PbO,B2O3,SiO2,GeO2,TeO2,P2O5,BeF2,SO3,F,Cl,UO2,Cr2O3,Ag2O,Bi2O3,Br,CoO,I,Pr2O3,
ReO2,RhO2,RuO2,Se,Sm2O3

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