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    ¹¤ÒµÆ·ÓÃLOW-E²£Á§
    ²úÎïÌØµã£ºÍâ¹ÛÖʸкã¬ÖÐÐÔÍâ¹Û£¬½Ï¸ßµÄ¿É¼û¹â͸¹ý£¬Í¨Í¸ÐԺã¬×¿Ô½µÄ±£Î¸ôÈÈЧ¹û£¬ÌÔÌ­½á¶ÏÖÏ󣬽µµÍÄܺ쬽µµÍÔËÐгɱ¾µÈ¡£

    ?ÏêϸÐÅÏ¢

    ¹¤ÒµÓÃLOW-E²£Á§

    ²úÎïÌØµã£º

    ?Íâ¹ÛÖʸкã¬ÖÐÐÔÍâ¹Û£»

    ?½Ï¸ßµÄ¿É¼û¹â͸¹ý£¬Í¨Í¸ÐԺã»

    ?׿ԽµÄ±£Î¸ôÈÈЧ¹û£¬ÌÔÌ­½á¶ÏÖÏó£»

    ?½µµÍÄܺ쬽µµÍÔËÐгɱ¾£¬¼õµÍ¿Õµ÷ѹËõ»ú¸ººÉ£»

    ?ÌÔÌ­²£Á§ÍâòÑϺ®Ð§Ó¦£»

    ?Á¼ºÃµÄ¿É¼Ó¹¤ÐÔÄÜ£¬»úеÐÔ¡¢ÄÍÈÈÐԺ㬿ÉÍä¸Ö»¯Ê¹Óá£

    Characteristics£º

    ? Good texture,neutral appearance;

    ? Higher VLT,good transparency;

    ? Excellent thermal insulation,decreased condensation;

    ? Decrease energy consumption,lower operating cost,cut down the air conditioning load;

    ? Decrease the cold glass surface effect;

    ? Good processibility,excellent mechanical and thermal performance,bent temperable.

    ÀëÏßLOW-E&ÔÚÏßLOW-E¶Ô±È£º

    Contrast of offline and online LOW-E


    ÔÚÏßLOW-E²£Á§

    Online LOW-E

    ÀëÏßLOW-E²£Á§

    Offline LOW-E

    Éú²ú¹¤ÒÕ

    Process

    ÔÚ¸¡·¨ÏßÉÏ»¯Ñ§³Á»ý·¨£¬¸ßÎÂÆÊÎö¶ÆÉϽðÊôÑõ»¯Î

    Chemical deposition on float line; Pyrolitic metal oxides; 

    À뿪¸¡·¨ÏßÎïÀí½¦É䣬ÀûÓÃÕæ¿Õ½¦Éä·¨£¬¶ÆÉϽðÊôÒøºÍ½ðÊôÑõ»¯Î

    Offline physical sputtering, vacuum deposition, silver and metal oxides;

    Ĥ²ã

    Coating

    ½ðÊôÑõ»¯Îï

    Metal oxides

    ½ðÊôÒøºÍÑõ»¯Îï

    Silver and metal oxides

    ¼Ó¹¤

    Fabrication

    ¿Éµ¥Æ¬Ê¹Óüӹ¤¼òÆÓ£»

    Can be used monolithically;Easy fabrication

    ÐèºÏ³ÉÖпղ£Á§£»¼Ó¹¤ÄѶȸü´ó£¬±ß²¿Ðè³ýĤ

    Need to be insulated;More difficult for fabrication, and edge deletion

    Æ·ÖÖ

    Variety

    ÑÕÉ«µ¥µ÷£¬Æ·ÖÖµ¥Ò»

    Monotonous color, limited variety

    ÑÕÉ«¸»ºñ£¬Æ·ÖÖ¶à

    Abundant color, more variety

    ·øÉäÂÊ

    Emissivity

    0.15~0.25 

    0.02~0.15·øÉäÂʸüµÍ£¬¸ü½ÚÄÜ

    Lower, more energy efficient

    ´«ÈÈϵÊý

    U Value

    µ¥ÖпÕUÖµÔ¼1.7w/m2.k

    1.7w/m2.k for single IGU

    µ¥ÖпÕUÖµµÍÖÁ1.16w/m2.k£¬¸ü½ÚÄÜ30%ÒÔÉÏ£¬·À½á¶

    1.16w/m2.k for single IGU, 30% more energy efficient, anti condensation

    ¹âѧÐÔÄÜ

    Optical Performance

    ¿É¼û¹â͸¹ýÂÊÒ»°ã75%

    VLT is 75% normally

    ¿É¼û¹â͸¹ýÂʸü¸ß´ï80%¸üͨ͸

    VLT is up to 80%, more transparent

    ½ÚÄÜ

    Energy Efficiency

    ½ÚÄÜЧ¹ûÒ»°ã

    Mediocre

    ½ÚÄÜЧ¹û¸üÓÅ£¬½µµÍÔËÐÐÓöȵ¥ÔªÊ±¼äÄÚÄÜÁ¿Ëðʧ¸üÉÙ£¬½µµÍÔËÐгɱ¾

    Excellent, lower energy consumption

    Íâ¹ÛЧ¹û

    Appearance

    ³Á»ý¹¤ÒÕÖʸÐÒ»°ã

    Mediocre

    ¸ü¾ß²£Á§ÖʸУ¬¸üÃÀ¹Û£¬µµ´Î¸ü¸ß

    Better Aesthetic

    ÍâÑóÇ÷ÊÆ

    Overseas Trend

    ʹÓÃÔ½À´Ô½ÉÙÊг¡·Ý¶îÔÚ½µµÍ

    Decreased market share

    Ô½À´Ô½±»´óÁ¿Ê¹ÓÃÊг¡·Ý¶îÔÚÔö¼Ó£¬Öð½¥Ìæ´úÔÚÏß

    LOW-EIncreased market share

    ²îÒì²£Á§½á¶ģÄâÅÌËã·ÖÎö

    Condensation Simulation

    ²£Á§ÅäÖÃ

    Glass Configuration

    ÈÈ´«µ¼ÏµÊýUÖµ

    U Value£¨W/m2.k£©

    ¹ñÄÚζÈ
    Inside Temprature£¨¡æ£©

    ¹ñÍâζȣ¨¡æ£©

    Outside Temperature

    Ïà¶Ôʪ¶È£¨%£©

    Relative Humidity

    ¶µãζÈ

    Dew Point £¨¡æ£©

    ÍâÆ¬²£Á§Î¶È

    Outside Glass Temperature£¨¡æ£©

    ½áÂÛ

    Conclusion

    µ¥Æ¬3mm°×²£

    5.8

    -5

    20

    75

    15.4

    1.9

    ½á¶

    Condensation

    3mm°×+16Ar+3mm°×

    2.7

    -5

    20

    75

    15.4

    11.5

    ½á¶

    Condensation

    3mmÔÚÏß+16Ar+3mm°×

    1.7

    -5

    20

    75

    15.4

    14.7

    ½á¶

    Condensation

    3mmS1.16+16Ar+3mm°×

    1.2

    -5

    20

    75

    15.4

    16.3

    ²»½á¶

    Not Condensation

    ²úÎï²ÎÊý Performance Data£º

    ²£Á§ÅäÖÃ

    Glass configuration

    ³ß¶Èºñ¶È

    Thickness(mm)

    ¿É¼û¹â

    Visible Light

    ÈÈ´«µ¼ÏµÊý

    U-Value

    Ì«ÑôµÃÈÈϵÊý

    ͸¹ýÂÊ

    Transmittance£¨%£©

    ·´ÉäÂÊ

    Reflectivity (%)

    UÖµ(w/m2.k)

    SHGC

    ÊÒÍâ

    Outer

    ÊÒÄÚ

    Inner

    ¿ÕÆø

    ë²Æø

    gÖµ

    3mm°×+12A+3mm°×

    18

    82

    15

    15

    2.90

    2.72

    0.80

    3mmÔÚÏßLOW-E+12A+3mm°×

    18

    75

    12

    12

    2.1

    1.80

    0.72

    3mm S1.16 LOW-E+12A+3mm°×

    18

    80

    12

    12

    1.68

    1.35

    0.58

    3mm S1.16 LOW-E+12A+3mm°×+9A+3mm°× Èý²£Á½Ç»µ¥LOW-EÖпÕ

     30

     73

     18

     18

     1.33

     1.10

     0.54

    3mm S1.16 LOW-E+12A+3mm S1.16+12A+3 Èý²£Á½Ç»Ë«LOW-EÖпÕ

     33

     71

     15

     15

     0.98

     0.77

     0.48

    3mm°×+16A+3mm°×

    22

    82

    15

    15

    2.75

    2.65

    0.80

    3mmÔÚÏßLOW-E+16A+3mm°×

    22

    75

    12

    12

    2.0

    1.70

    0.72

    3mm S1.16 LOW-E+16A+3mm°×

    22

    80

    12

    12

    1.43

    1.20

    0.58

    3mm S1.16 LOW-E+16A+3mm°×+12A+3mm°× Èý²£Á½Ç»µ¥LOW-EÖпÕ

     37

     73

     18

     18

     1.13

     0.93

     0.54

    3mm S1.16 LOW-E+16A+3mm S1.16+16A+3 Èý²£Á½Ç»Ë«LOW-EÖпÕ

     41

     71

     15

     15

     0.80

     0.62

     0.48

    ³¬°×»ùƬÅäÖÃ

    3mm US1.16 LOW-E+12A+3mm³¬°×

    18

    82

    13

    13

    1.68

    1.35

    0.60

    3mm US1.16 LOW-E+16A+3mm³¬°×

    22

    82

    13

    13

    1.43

    1.20

    0.60

    ˵Ã÷£º

    1¡¢²ÎÊýÒÀÕÕNFRC100-2011¼°EN673-2011³ß¶È²âË㣻

    2¡¢ÒÔÉϲÎÊý½ö¹©²Î¿¼£¬¹þ¹þÌåÓýÊ®ÄêÓµÓÐ×îÖÕ½âÊÍȨ¡£

    Note£º

    1.The performance data are calculated according to NFRC 100-2010 and EN673;

    2.The performance data are only for reference. Jinjing will hold the right of final interpretation.

    Ó¦ÓÃÁìÓò£º

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    ½»Í¨»ú³µÁìÓò£ºÓ¦ÓÃÓÚ¶¯³µ£¬¹ìµÀ½»Í¨£¬¸ßÌú»ú³µÁìÓò£»

    µÍÄܺÄÐÞ½¨£º¸ßγ¶ÈµØÓò±»¶¯·¿ÁìÓò£»

    ÆäËüÁìÓò¡£

    Application Field:

    Industrial Field:Widely applied to shopping malls, e.g. drink cabinet, freezer cabinet, wine cabinet, drug cabinet, blood cabinet£»

    Locomotive Field:EMU trains, subway trains, high speed trains£»

    Passive House:Passive house in high latitude£»

    Other fields.