|
|
|
¤½¥q²¤¶ |
|
Ápµ¸¸ê®Æ |
|
¤½¥q¦a¹Ï |
|
²£«~»PªA°È (8)
| 1. | ¹«~½Ã¥Í¯Å¬¦®ú&·»²V¾÷¨t²Î&½Ã¥Í¯ÅºÞ¥ó Sanitary Pumps & Blending System | | 2. | ²ö¿Õ¦¡³æÁ³±ì±À¶iµÄ¬¦ Progressive Cavity Pumps | | 3. | ªO¦¡¼ö¥æ´«¾¹¨t²Î Plate Heat Exchanger System | | 4. | ªO¦¡»]µo¾¹&Àþ¶¡±þµß¨t²Î Evaporators&Short-time Heating Sysytem | | 5. | ´ßºÞ¦¡Å_ºÞ¦¡¼ö¥æ´«¾¹ Shell & Tube HE | | 6. | ¯S®í¦Xª÷ºÞ¥ó&½Ã¥Í¯Å©ß¥ú¤£ù׿ûºÞ¥ó Exotic Alloy & Sanitary Pipeworks | | 7. | ¥Û¾¥¶ô¦¡¼ö¥æ´«¾¹ Graphite Cylindrical & Cubic Block Heat Exchangers | | 8. | ¥Û¾¥´ßºÞ¦¡¼ö¥æ´«¾¹ Graphite Shell & Tube Heat Exchangers | | |
|
|
¨Ñ»Ý¸ê°T (0) |
|
³¡¸¨®æ¤å³¹ (0)
|
|
Á`ÂsÄý¤H¦¸ (25423) |
|
|
|
¡¿ «~¦W/½s¸¹¡GªO¦¡»]µo¾¹&Àþ¶¡±þµß¨t²Î Evaporators&Short-time Heating Sysytem |
>> ¨ä¥L²£«~ |
|
|
>> ²£«~¤¶²Ð
§ÚÌ´£¨ÑAPI Heat Transfer Schmidt Plate Heat Exchager:
1.¹Ô°é¦¡ªO¦¡¼ö¥æ´«¾¹
2.ªO¦¡»]µo¾¹
3.¥þ²k¦¡¼ö¥æ´«¾¹
4.Àþ¶¡±þµß¨t²Î
»P§Ú̳sô¯Á¨ú³W®æ®Ñ!
§ÚÌ´£¨ÑªºªO¦¡¼ö¥æ´«¾¹¸g¦Ê¦~¨Óªº²Ö¿n³]p¸gÅç¡A¥H°f¬y¦¡³]p¡Aºò´êµ²ºc»PªO¤ù¦h¼Ëªº¿ï¾Ü©Ê¡A¼sªxªº¹B¥Î¦¨¬°¼ö¥æ´«¾¹¨t²Î¤¤ªº¥ýÅX¡C
¯S ©Ê:
1.°ª¼ö¶Ç¾É«Y¼Æ¥i¹F7000 W/m2K
¦³®Äªº¼ö¦^¦¬²v¡A¹ï³¡¤À§Þ³N¤Î¸gÀÙ±ªºÀ³¥Î§ó¥i¹F 96%¡C
2.¸û§Cªº¼ö·l¥¢¡A¦]¼ö¥æ´«¾¹ºc³y¤§¥~ªí±ÃnÅS¶È¥u¦³ 3%¡C
3.µ²ºcºò´ê (·í¥´¶}©î¨ø¥æ´«¾¹®ÉµL»ÝÃB¥~ªºªÅ¶¡)¤£·|»P»sµ{¬yÅé²V¦X¡C
4.Ãä½tµ²ºc±j¤Æ-³Ì°ª¾Þ§@·Å«×¥i¹F 300¢J³Ì¤j¾Þ§@À£¤O¥i¹F 30 Bar¡C
5.¼u©Ê¤Æ³]p¡]¥i®e©ö¦a¨Ì»sµ{»Ý¨D½Õ¾ã¨Ó¼W¥[©Î´î¤Ö¤ÖªO¤ùªº¼Æ¶q¡^
6.§C¿n«¯²v¤Î§CÀ£¤O·l¥¢¡C
7.ºûÅ@²³æ¤Î²M¼ä®e©ö(CIP)
8.§CÁʸm¦¨¥»¡A´£¨Ñ¯S®í¦Xª÷§÷½è¡A¦pÜg¡BÜg-Üj¡B»®´µ¯S¦Xª÷µ¥
Available for API Heat Transfer Schmidt Plate Heat Exchager:
1.Gasketed plate heat exchangers
2.Evaporators
3.All welded heat exchangers
4.Short-time Heating System
Avialable for specification sheet to contact with us
The plate heat exchanger integrates experience
and knowledge accumulated for more than a
century. Incorporating count flow, and having
a compact construction and versatile plate type,
PHE has a variety of applications notably in heat transfer systems.
Features:
1.High heat transfer coefficient, up to7000 W/m2K
Optimized heat recovery, up to 96% achieved,
2.Low heat loss due to only 3% of the heat exchangers area exposed to the outside environment .
3.Compact construction means no additional space required when opening
4.No mixing of process fluids.
5.Reinforcements of the edge --Max. operating temp. up to 300 ºC
Max. operating pressure up to 30 BAR
6.Flexible design (easy insertion or removal of plates for adjustment when process requirements change)
7.Low fouling and low pressure losses
Easy maintenance and cleaning (CIP)
8.Low purchase cost, customized using special alloy materials including Titanium, Ti -Palladium and Hastelloy alloy. |
|
|
|
|
|
|
|
|