• Quanex Duralite warm edge spacer

    DURALITE® WARM-EDGE SPACER Regardless of the season, home comfort begins with windows built with Duralite®. On a cold, wintry day, the inside glass surface of an inefficient window will draw heat from your body leaving you feeling chilly inside your home. Windows built with Duralite reduce heat transfer and improve the temperature of your inside window glass. DURALITE® SPACER DESIGN Duralite is a flexible, warm-edge spacer featuring a unique no metal, composite laminating technology that provides superior durability and thermal performance in insulating glass units.To achieve the…

  • FAQ about insulated glass

    FAQ about insulated glass 1.High SC and low SC,which one is better? Glass with different SC are suitable for different climate areas.Higher SC will decrease the heating costs in winter by allowing more solar energy through the glass,this glass suites for long winter areas.Lower SC value will decrease the solar energy and suits for hot areas,such as middle east,Southeast Asia. 2.What’s the feature of low e glass. a.High infrared reflective. b.Low e value,with low capability of absorbing solar energy. c.Various…

  • Glass processing-Laminated Glass processing

    Glass processing-Laminated Glass processing 2.1 Preparation and selection of glass The glass used for laminated glass is float glass, tempered glass, heat-treated glass, ceramic fritted glass, reflective glass, LOW-E glass, etc. Before processing, glass should be selected according to the internal control standard of laminated glass. Waves, stones, scratches, chipping, check the flatness of the glass for tempered glass; due to the unevenness of the glass, the glass and film cannot be completely bonded during the pressing process. 2.2 Glass…

  • Factors affect insulated glass performance

    Factors affect insulated glass performance 1. The spacer thickness: mainly by controlling the thickness to avoid the formation of turbulent airflow inside the insulated glass, the cold and hot airflow of the control gas interfere with each other, or control the airflow of the rising and falling air to interfere with each other to control the flow of the heat convection. 2.Gas type and humidity inside insulated glass: The inert gas filled in the interior of the insulated glass can…

  • Glass Performance-High transmittance double silver low e

    Glass Performance-High transmittance double silver low e Here we gathered the double silver low e glass performance data(6-12-6 double glazed units) from world famous glass manufacturers. The manufacturers include Guardian,PPG,Cardinal,Pilkington,Interpane,SSG,CSG,XYG,SYP and TG glass. No. Glass option Visible Light Solar Energy U value(W/2.K) SC SHGC LT % Ref % In % Tsol % Rsol % Summer Winter 1 Morn MWDE176+Clear 68 11 12 39 27 1.58 1.64 0.45 0.39 2 Guardian SN68 68 11 12 33 33 1.6 1.65 0.44 0.38…

  • Advantage of vacuum glass

    Advantage of vacuum glass Vacuum glass as a new generation of energy-efficient glass, vacuum glass has heat transfer performance advantages,the glass takes advantage of the low thermal conductivity of air. In terms of heat transfer,the thermal conductivity of the air or filled argon has small thermal conductivity. Insulated glass dominates gas heat transfer, so that the effect of improving LOW-E glass performance to reduce radiant heat is not obvious. Insulated glass made of the best LOW-E glass (such as emissivity…

  • LOW-E Glass Processing Instruction

    LOW-E Glass Processing Instruction Morn offers all kinds of low e coated glass:Single silver low e,double silver low e and triple silver low e,to be your turnkey building glass supplier,here is a low e coated glass processing instruction to help insulated glass manufacturers decreasing defective ratio and save costs during processing low e glass. INDEX 1.Packaging,Transportation,Storage 1.1 Packaging 1.2 Transportation 1.3 Storage 2.Basic processing requirement 3.Processing instructions 3.1 Unloading 3.2 Unpacking 3.3 Cutting 3.4 Edging,Drilling 3.5 Washing 3.6 Tempering&Heat Strengthening…

  • Thermal insulation function of low e coating

    In the mid-1970s, it was discovered that most of the heat transfer of double glazing was caused by infrared radiation exchange from one layer of glass to another. Therefore, as long as the emissivity of any one of the double glazing is reduced, the heat transfer can be greatly reduced. This is the reason for LOW-E glass. There is data showing that the clear float glass has an emissivity of 0.84 and the low e coated glass with an emissivity of 0.2 reduces the…

  • Hard coated low e VS Soft coated low e

    Hard coated low e VS Soft coated low e Low-E glass, short for Low Emissivity Glass,It is a coating on glass surface. This glass not only has high visible light transmittance, but also has a strong ability to block infrared rays. It can play the dual functions of natural lighting and heat insulation. Low-E glass is divided into offline Low-E glass(soft coated low e) and online Low-E glass(hard coated low e) according to the manufacturing process. On-line Low-E glass is a functional film with…

  • Low e glass introduction

    Low e glass introduction Low-emissvity glass (also known as LOW-E glass) is a multi-layer metal or metal oxide film coated on a glass surface, one or two layers of which are mainly Ag-based. It can effectively reduce solar energy absorption or control energy loss, and greatly reduce the heat transfer coefficient of glass. It can reflect 50%~80% of the heat transferred by glass, especially far-infrared radiant heat, while allowing all or part of visible light to pass. Coated glass. Insulated…

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