Comparison of Greendoor ESG Glass and Industry regular glass

Date: 2023-04-16 16:56:06author: Greendoor

What’s the difference between aluminium spacer, warm spacer, ESG spacer insulated glass unit(IGU)? 

This article will have a thorough comparison about the aluminium spacer IGU (industry regular product, inflexible spacer) and our ESG spacer IGU, from the perspective of appearance, spacer, spacer moisture proof performance, spacer connector, spacer sealant, glass and spacer shape, spacer thickness, high and low temperature cycle, argon filling charged, argon content test, argon retention, leak proof, insulation temperature difference, energy efficiency, heated glass with argon charged, compressor life, frame design, glass door insulation performance and life etc.


Below information for your attention:

Comparison

Industry regular glass

Greendoor Glass

Appearance

001 

aluminum appearance

002 

Pure black appearance

Spacer

003 

Leak potential

004 

Leak proof

Spacer moisture proof

005  

Prone to moisture permeation and condensation

006 

Moisture proof

Spacer connector and leak

007 

Spacer have seam and leak

008 

One seamless connection on spacer, leak proof

Sealant sealing performance

009 

3mm butyl bonding the aluminium spacer to glass

010 

6mm flexible spacer bonding with glass

Glass and spacer shape

 011

Square shape

012 

Any irregular shape

Spacer depth/ thickness

9, 10,12,14,16,18mm or custom made, not adjustable

2-20mm, 0.1mm adjustable

High and low temperature cycle

013

014

 Leak and vapor comes in

015

016

 Leak proof

Argon filling charged

014  

Charged but leaked

image17 

Charged and retained

Argon test

018 

Fake test, no percentage

019 

With argon concentration percentage

Argon retention

Argon loss 1-2 years

Argon retention 20 years

Leak

 020

Prone to moisture permeation and have dew inside

 021

Moisture and water proof

Energy efficient

 

20% better

Low E performance

Normal Low E performance

Argon enhance Low E performance

Insulation performance

022 

10℃ Lower

10℃ higher

023 

10℃ higher temperature

Heated glass

024 

Hole in spacer, no argon

 

025 

026

Spacer no damage, 95-99% argon keeping

Compressor running time

More start up and running time, use more electricity, compressor time shortened

027 

Less start up and running

Longer compressor life

Frame design

028 

Glass sealant will be soaked with condensation water, and have dew inside glass soon

029 

The ESG spacer is away from condensation water and longer life