企業(yè)名稱：濟(jì)南鼎鑫汽車散熱器（油箱）有限公司
聯(lián)系人：馬宗祥 （先生）
電話：0531-85708798
手機(jī)：18605314096
郵箱：757152710@qq.com
傳真：0531-81263510
網(wǎng)址：m.cvjc.cn
地址：濟(jì)南市天橋區(qū)藍(lán)翔路時(shí)代總部基地10區(qū)10號
生產(chǎn)地址：茌平縣博平工業(yè)區(qū)
鋁塑 型號 尺寸 車型
WG9112530267 860×680 STR280馬力水箱散熱器
WG9112530323 860×680 STR290馬力水箱散熱器
WG9112530385 860×680 STR310馬力水箱散熱器
WG9625531323 860×680 豪駿290馬力水箱散熱器
WG9625531385 860×680 豪駿290馬力水箱散熱器
WG9719530277 926×720 豪沃天然氣水箱散熱器
WG9719530129 888×770 豪沃天然氣水箱散熱器
WG9725530021 886×775 豪沃天然氣水箱散熱器
WG9725530011 850×776 豪沃290/336馬力水箱散熱器
WG9725530231 930×776 豪沃336/371馬力水箱散熱器
WG9719530120 850×770 新豪沃336馬力水箱散熱器
WG9725530270 930×776 新豪沃336以上水箱散熱器
WG9120530903 875×750 金王子290馬力水箱散熱器
WG9120530508 930×750 金王子290馬力水箱散熱器
WG9918530001 1050×755 中豪沃A7水箱散熱器
WG9925530031 970×755 小豪沃A7水箱散熱器
WG9525530015 1030×680 大豪運(yùn)360-420馬力水箱散熱器
NZ9525530012 870×680 小豪運(yùn)290馬力水箱散熱器
WG9725530150
AZ9525530015 800×940
全鋁
WG9112530267 860×680
WG9625531385 860×680
WG9725530011 850×776 豪沃290/336馬力水箱散熱器
WG9725530231 930×776 豪沃336/371馬力水箱散熱器
WG9719530120 850×770 新豪沃336馬力水箱散熱器
WG9725530270 930×776 新豪沃336以上水箱散熱器
WG9112531001 1040×680
WG9412531001/1 725×660 黃河少帥水箱散熱器
WG9770530150 1130×800
| 712W06225-0009 | 712W06225-0009 | 冷卻模塊左拉桿 |
| 712W06225-0010 | 712W06225-0010 | 冷卻模塊右拉桿 |
| 712W06100-0003 | 712W06100-0003 | D2066小冷卻模塊總成 |
| 712W06100-0005 | D2676大冷卻模塊總成 | |
| 752W06100-0006 | 752W06100-0006 | MC07大冷卻模塊 |
| 752W06100-0006 | 752W06100-0006 | MC07大冷卻模塊 |
| 712W06225-0011 | 712W06225-0011 | 冷卻模塊拉桿(大模塊) |
| 712W06225-0003 | 712W06225-0003 | 冷卻模塊左拉桿 |
| 752W06100-0001 | 752W06100-0001 | D08-330馬力冷卻模塊 |
| 812W06100-0002 | 812W06100-0002 | 中冷卻模塊總成(貝洱濟(jì)南) |
| 712W06225-0007 | 712W06225-0007 | 冷卻模塊左拉桿 |
| WG9725531351 | MC05冷卻模塊 | |
| WG9325530601 | D7B冷卻模塊總成 | |
| WG8711530001 | WG8711530001 | 冷卻模塊 |
| WG9325531300 | 冷卻模塊總成(D7B) | |
| WG9325531300 | 冷卻模塊總成(D7B) | |
| WG9125531351 | M5G四缸機(jī)冷卻模塊 | |
| WG9925530601 | WG9925530601 | T7M中冷卻模塊總成 |
| 712W06225-0008 | 712W06225-0008 | 冷卻模塊右拉桿 |
| WG9925530105 | WG9925530105 | T7中冷卻模塊總成 |
| 712W06225-0004 | 712W06225-0004 | 冷卻模塊右拉桿 |
| WG9325530266 | 冷卻模塊總成(豪卡小馬力瘦版) | |
| WG9719530296 | HOWO瘦版大冷卻模塊總成 | |
| WG9319530296 | HOWO瘦版大冷卻模塊總成(泰安鼎新) | |
| WG9319530296 | HOWO瘦版大冷卻模塊總成(泰安鼎新) |
| 752W06100-0001 | 752W06100-0001 | MC07冷卻模塊 |
| 752W06100-0006 | 752W06100-0006 | MC07大冷卻模塊 |
| 752W06100-0011 | 752W06100-0011 | 冷卻模塊總成 |
| AZ9525530220 | AZ9525530220 | MC07冷卻模塊總成 |
| AZ9525530300 | AZ9525530300 | MC07/MT07大冷卻模塊總成 |
| LG9716531362 | LG9716531362 | 冷卻模塊總成(MC05.210) |
| WG9325531300 | WG9325531300 | H7M冷卻模塊總成 |
| WG9525530048 | WG9525530048 | 冷卻模塊總成 |
| WG9525530220 | WG9525530220 | MC07冷卻模塊 |
| WG9525530300 | WG9525530300 | MC07大冷卻模塊 |
| WG9525530420 | WG9525530420 | 冷卻模塊總成 |
| WG9525530420 | WG9525530420 | 冷卻模塊總成 |
| WG9719530290 | WG9719530290 | HOWO大冷卻模塊總成 |
| WG9719530295 | WG9719530295 | HOWO瘦版大冷卻模塊總成 |
| WG9719530296 | WG9719530296 | HOWO瘦版冷卻模塊總成(非貝洱) |
| WG9725530266 | WG9725530266 | HOWO瘦版小冷卻模塊總成(非貝洱) |
| WG9727530037 | WG9727530037 | 中冷器進(jìn)氣膠管(裝曼車架配小馬力冷卻模塊) |
| WG9925530028 | WG9925530028 | A7大冷卻模塊總成 |
| WG9925530105 | WG9925530105 | T7中冷卻模塊總成(T7H) |
| WG9925530125 | WG9925530125 | D2066小冷卻模塊總成 |
| WG9925530135 | WG9925530135 | D2676大冷卻模塊總成(T7) |
| 712-61942-0030 | 712-61942-0030 | 散熱器總成 |
| 752W06100-0002 | 752W06100-0002 | 散熱器總成(T5G) |
| 752W06100-0007 | 752W06100-0007 | 散熱器總成 |
| 752W06100-0007 | 752W06100-0007 | 散熱器總成 |
| 752W06100-0012 | 752W06100-0012 | 散熱器總成 |
| AZ1630840019 | AZ1630840019 | 散熱器總成(STR暖風(fēng)機(jī)) |
| AZ1630840019 | AZ1630840019 | 散熱器總成(STR暖風(fēng)機(jī)) |
| AZ1630840319 | AZ1630840319 | 暖風(fēng)機(jī)散熱器總成(帶電控水閥) |
| AZ1630840319 | AZ1630840319 | 暖風(fēng)機(jī)散熱器總成(帶電控水閥) |
| AZ1630840319 | AZ1630840319 | 暖風(fēng)機(jī)散熱器總成(帶電控水閥) |
| AZ1664821025 | AZ1664821025 | 暖風(fēng)散熱器總成(銅水箱) |
| AZ1664821025 | AZ1664821025 | 暖風(fēng)散熱器總成(銅水箱) |
| AZ9112531077 | AZ9112531077 | 散熱器總成（360馬力） |
| AZ9112531077 | AZ9112531077 | 散熱器總成（360馬力） |
| AZ9112531077 | AZ9112531077 | 散熱器總成（360馬力） |
| AZ9512530002 | AZ9512530002 | 散熱器總成 |
| AZ9525530015 | AZ9525530015 | 散熱器總成 |
| AZ9525530015 | AZ9525530015 | 散熱器總成 |
| AZ9525530022 | AZ9525530022 | 散熱器總成 |
| AZ9525530027 | AZ9525530027 | 散熱器總成 |
| AZ9525530027 | AZ9525530027 | 散熱器總成 |
| AZ9525530027 | AZ9525530027 | 散熱器總成 |
| AZ9525530035 | AZ9525530035 | 散熱器總成 |
| AZ9525530036 | AZ9525530036 | 散熱器總成 |
| AZ9525530046 | AZ9525530046 | 散熱器總成 |
| AZ9525530221 | AZ9525530221 | 散熱器總成 |
| AZ9525530291 | AZ9525530291 | 散熱器總成（AZ9525530290） |
| AZ9525530295 | AZ9525530295 | 散熱器總成 |
| AZ9525530302 | AZ9525530302 | 鋁散熱器總成 |
| AZ9719530230 | AZ9719530230 | 散熱器總成 |
| LG9716531352 | LG9716531352 | 散熱器總成(MC05） |
| NZ9525530113 | NZ9525530113 | 散熱器總成 |
| NZ9525530113 | NZ9525530113 | 散熱器總成 |
| NZ9525530113 | NZ9525530113 | 散熱器總成 |
| NZ9525530113 | NZ9525530113 | 散熱器總成 |
| NZ9525530135 | NZ9525530135 | 10鋁散熱器總成 |
| NZ9525530161 | NZ9525530161 | 散熱器總成 |
| NZ9525530175 | NZ9525530175 | 散熱器總成 |
| NZ9531530103 | NZ9531530103 | 鋁散熱器總成 |
| NZ9531530103 | NZ9531530103 | 鋁散熱器總成 |
| TZ56075300050 | TZ56075300050 | 鋁散熱器總成(附水箱) |
| TZ56075300050 | TZ56075300050 | 鋁散熱器總成(附水箱) |
| TZ56075300150 | TZ56075300150 | 散熱器總成 |
| WG1664820053 | WG1664820053 | 暖風(fēng)散熱器總成A7 |
| WG9325531301 | WG9325531301 | 散熱器總成 |
| WG9525530015 | WG9525530015 | 散熱器總成 |
| WG9525530015 | WG9525530015 | 散熱器總成 |
| WG9525530015 | WG9525530015 | 散熱器總成 |
| WG9525530022 | WG9525530022 | 散熱器總成 |
| WG9525530027 | WG9525530027 | 散熱器總成 |
| WG9525530027 | WG9525530027 | 散熱器總成 |
| WG9525530046 | WG9525530046 | 散熱器總成 |
| WG9525530047 | WG9525530047 | 散熱器總成 |
| WG9525530221 | WG9525530221 | 散熱器總成 |
| WG9525530295 | WG9525530295 | 散熱器總成 |
| WG9525530302 | WG9525530302 | 散熱器總成 |
| WG9525530386 | WG9525530386 | 散熱器總成 |
| WG9525530421 | WG9525530421 | 散熱器總成 |
| WG9525530421 | WG9525530421 | 散熱器總成 |
| WG9525530421 | WG9525530421 | 散熱器總成 |
| WG9625530323 | WG9625530323 | 鋁散熱器總成 |
| WG9625530323 | WG9625530323 | 鋁散熱器總成 |
| WG9625530323 | WG9625530323 | 鋁散熱器總成 |
| WG9625530323 | WG9625530323 | 鋁散熱器總成 |
| WG9625530323 | WG9625530323 | 鋁散熱器總成 |
| WG9625530385 | WG9625530385 | 鋁散熱器總成 |
| WG9625530385 | WG9625530385 | 鋁散熱器總成 |
| WG9625530385 | WG9625530385 | 鋁散熱器總成 |
| WG9625530385 | WG9625530385 | 鋁散熱器總成 |
| WG9625530385 | WG9625530385 | 鋁散熱器總成 |
| WG9625531001 | WG9625531001 | 鋁散熱器總成 |
| WG9625531001 | WG9625531001 | 鋁散熱器總成 |
| WG9625531001 | WG9625531001 | 鋁散熱器總成 |
| WG9625531268 | WG9625531268 | 鋁散熱器總成 |
| WG9625531268 | WG9625531268 | 鋁散熱器總成 |
| WG9625531323 | WG9625531323 | 鋁散熱器總成（水口φ55） |
| WG9625531323 | WG9625531323 | 鋁散熱器總成（水口φ55） |
| WG9625531323 | WG9625531323 | 鋁散熱器總成（水口φ55） |
| WG9625531323 | WG9625531323 | 鋁散熱器總成（水口φ55） |
| WG9625531323 | WG9625531323 | 鋁散熱器總成（水口φ55） |
| WG9625531323 | WG9625531323 | 鋁散熱器總成（水口φ55） |
| WG9625531385 | WG9625531385 | 鋁散熱器總成（水口φ55） |
| WG9625531385 | WG9625531385 | 鋁散熱器總成（水口φ55） |
| WG9625531385 | WG9625531385 | 鋁散熱器總成（水口φ55） |
| WG9625531385 | WG9625531385 | 鋁散熱器總成（水口φ55） |
| WG9625531385 | WG9625531385 | 鋁散熱器總成（水口φ55） |
| WG9625531385 | WG9625531385 | 鋁散熱器總成（水口φ55） |
| WG9625532001 | WG9625532001 | 鋁散熱器總成(243車架/Φ55) |
| WG9625532001 | WG9625532001 | 鋁散熱器總成(243車架/Φ55) |
| WG9625532001 | WG9625532001 | 鋁散熱器總成(243車架/Φ55) |
| WG9625532001 | WG9625532001 | 鋁散熱器總成(243車架/Φ55) |
| WG9625532001 | WG9625532001 | 鋁散熱器總成(243車架/Φ55) |
| WG9625532001 | WG9625532001 | 鋁散熱器總成(243車架/Φ55) |
| WG9631531077 | WG9631531077 | 鋁散熱器總成(300車架，371-410HP) |
| WG9631531077 | WG9631531077 | 鋁散熱器總成(300車架，371-410HP) |
| WG9631532077 | WG9631532077 | 鋁散熱器總成 |
| WG9631532077 | WG9631532077 | 鋁散熱器總成 |
| WG9631532077 | WG9631532077 | 鋁散熱器總成 |
| WG9719530230 | WG9719530230 | 散熱器總成 |
| WG9719530230 | WG9719530230 | 散熱器總成 |
| WG9719530230 | WG9719530230 | 散熱器總成 |
| WG9719530230 | WG9719530230 | 散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530231 | WG9719530231 | 鋁散熱器總成 |
| WG9719530270 | WG9719530270 | HOWO大馬力散熱器總成 |
| WG9719530270 | WG9719530270 | HOWO大馬力散熱器總成 |
| WG9719530276 | WG9719530276 | HOWO大馬力瘦版散熱器總成 |
| WG9719530276 | WG9719530276 | HOWO大馬力瘦版散熱器總成 |
| WG9719530276 | WG9719530276 | HOWO大馬力瘦版散熱器總成 |
| WG9719530277 | WG9719530277 | HOWO大馬力瘦版散熱器總成 |
| WG9719530277 | WG9719530277 | HOWO大馬力瘦版散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530011 | WG9725530011 | 鋁散熱器總成 |
| WG9725530021 | WG9725530021 | 鋁散熱器總成 |
| WG9725530050 | WG9725530050 | 散熱器總成 |
| WG9725530050 | WG9725530050 | 散熱器總成 |
| WG9725530051 | WG9725530051 | 鋁散熱器總成 |
| WG9725530120 | WG9725530120 | HOWO小馬力散熱器總成 |
| WG9725530129 | WG9725530129 | HOWO小馬力瘦版散熱器總成 |
| WG9725530150 | WG9725530150 | 散熱器總成 |
| WG9725530150 | WG9725530150 | 散熱器總成 |
| WG9725530267 | WG9725530267 | HOWO小馬力瘦版散熱器總成 |
| WG9725530267 | WG9725530267 | HOWO小馬力瘦版散熱器總成 |
| WG9725531352 | WG9725531352 | 散熱器總成 |
| WG9725538050 | WG9725538050 | 散熱器總成 |
| WG9725538050 | WG9725538050 | 散熱器總成 |
| WG9725538050 | WG9725538050 | 散熱器總成 |
| WG9770110005 | WG9770110005 | 輔助暖風(fēng)散熱器總成 |
| WG9770530070 | WG9770530070 | 散熱器總成 |
| WG9770530150 | WG9770530150 | 散熱器總成 |
| WG9918530001 | WG9918530001 | 散熱器總成（D12/10/中） |
| WG9918530001 | WG9918530001 | 散熱器總成（D12/10/中） |
| WG9918530001 | WG9918530001 | 散熱器總成（D12/10/中） |
| WG9925530001 | WG9925530001 | 散熱器總成（D12/460） |
| WG9925530031 | WG9925530031 | 散熱器總成（D10/336） |
| WG9925530031 | WG9925530031 | 散熱器總成（D10/336） |
| WG9925530106 | WG9925530106 | 散熱器總成 （T7H） |
| WG9925530126 | WG9925530126 | 小散熱器總成(T7H) |
| WG9925530136 | WG9925530136 | 大散熱器總成 |
| WG9925530602 | WG9925530602 | 散熱器總成(T7H) |
| 752W06100-0003 | 752W06100-0003 | 中冷器總成(T5G) |
| 752W06100-0008 | 752W06100-0008 | 中冷器總成 |
| 752W06100-0008 | 752W06100-0008 | 中冷器總成 |
| AZ9525530003 | AZ9525530003 | 中冷器總成 |
| AZ9525530003 | AZ9525530003 | 中冷器總成 |
| LG9716531353 | LG9716531353 | 中冷器總成(MC05） |
| NZ9525530020 | NZ9525530020 | 中冷器總成(＞336PS,780車架) |
| NZ9525530025 | NZ9525530025 | 中冷器總成 |
| NZ9525530025 | NZ9525530025 | 中冷器總成 |
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| NZ9525530216 | NZ9525530216 | 中冷器總成 |
| NZ9531530001 | NZ9531530001 | 中冷器總成(≤336PS) |
| NZ9531530001 | NZ9531530001 | 中冷器總成(≤336PS) |
| NZ9531530001 | NZ9531530001 | 中冷器總成(≤336PS) |
| WG9112530237 | WG9112530237 | 增壓中冷器總成 |
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| WG9112530237 | WG9112530237 | 增壓中冷器總成 |
| WG9112530237 | WG9112530237 | 增壓中冷器總成 |
| WG9112530237 | WG9112530237 | 增壓中冷器總成 |
| WG9112530237 | WG9112530237 | 增壓中冷器總成 |
| WG9112530237 | WG9112530237 | 增壓中冷器總成 |
| WG9112530237 | WG9112530237 | 增壓中冷器總成 |
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| WG9719530250 | WG9719530250 | 增壓中冷器總成 |
| WG9719530250 | WG9719530250 | 增壓中冷器總成 |
| WG9719530250 | WG9719530250 | 增壓中冷器總成 |
| WG9719530250 | WG9719530250 | 增壓中冷器總成 |
| WG9719530250 | WG9719530250 | 增壓中冷器總成 |
| WG9719530250 | WG9719530250 | 增壓中冷器總成 |
| WG9719530250 | WG9719530250 | 增壓中冷器總成 |
| WG9719530250 | WG9719530250 | 增壓中冷器總成 |
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| WG9725530020 | WG9725530020 | HOWO260/280馬力中冷器總成 |
| WG9725530020 | WG9725530020 | HOWO260/280馬力中冷器總成 |
| WG9725530020 | WG9725530020 | HOWO260/280馬力中冷器總成 |
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| WG9925530137 | WG9925530137 | 大中冷器總成 |
| WG9925530603 | WG9925530603 | 中冷器總 |
NZ9525530012 870×680 小豪運(yùn)水箱散熱器
中冷器一般只有在安裝了增壓器的車才能看到。因?yàn)橹欣淦鲗?shí)際上是渦輪增壓的配套件，其作用在于降低增壓后的高溫空氣溫度、以降低發(fā)動(dòng)機(jī)的熱負(fù)荷，提高進(jìn)氣量，進(jìn)而增加發(fā)動(dòng)機(jī)的功率。 對于增壓發(fā)動(dòng)機(jī)來說，中冷器是增壓系統(tǒng)的重要組成部件。無論是機(jī)械增壓發(fā)動(dòng)機(jī)還是渦輪增壓發(fā)動(dòng)機(jī)，都需要在增壓器與進(jìn)氣歧管之間安裝中冷器。下面以渦輪增壓發(fā)動(dòng)機(jī)為例，對中冷器進(jìn)行簡要介紹。
作用：
中冷器的作用是降低發(fā)動(dòng)機(jī)的進(jìn)氣溫度。那么為什么要降低進(jìn)氣溫度呢？
（1）發(fā)動(dòng)機(jī)排出的廢氣的溫度非常高，通過增壓器的熱傳導(dǎo)會(huì)提高進(jìn)氣的溫度。而且，空氣在被壓縮的過程中密度會(huì)升高，同時(shí)也導(dǎo)致增壓器排出的空氣溫度升高，隨氣壓升高，但氧氣密度降低，從而影響發(fā)動(dòng)機(jī)的有效充氣效率。如果想要進(jìn)一步提高充氣效率，就要降低進(jìn)氣溫度。有數(shù)據(jù)表明，在相同的空燃比條件下，增壓空氣的溫度每下降10 ℃，發(fā)動(dòng)機(jī)功率就能提高3%～5%。
（2）如果未經(jīng)冷卻的增壓空氣進(jìn)入燃燒室，除了會(huì)影響發(fā)動(dòng)機(jī)的充氣效率外，還很容易導(dǎo)致發(fā)動(dòng)機(jī)燃燒溫度過高，造成爆震等故障，而且會(huì)增加發(fā)動(dòng)機(jī)廢氣中的NOx的含量，造成空氣污染。
為了解決增壓后的空氣升溫造成的不利影響，因此需要加裝中冷器來降低進(jìn)氣溫度
（3）減少發(fā)動(dòng)機(jī)燃料消耗
（4）提高對海拔高度的適應(yīng)性。在高海拔地區(qū)，采用中冷可使用更高壓比的壓氣機(jī)，這使發(fā)動(dòng)機(jī)得到更大功率，提高了汽車的適應(yīng)性。
（5)改善增壓器匹配和適應(yīng)性v 濟(jì)南鼎鑫汽車散熱器
