15050
reads
Using the solid proton exchange membrane and nano-catalyst technology, the engine washer produces highly pure hydrogen gas under electrolysis of water and inducts it to the automobile engine intake system. The inner impurities of paint-like colloid grease filth formed by failure of gasification of petroleum and petroleum coke due to imperfect combustion will be emitted via gasification of such impurities reacting with hydrogen.
| Features | Applications |
- Pure hydrogen removes grease filth, carbon buildup and rust free of damage of metal surface
- Chemicals free and emission free metal surface
- Easy and safe to operate
- Making your car functional well metal surface
| - Cleansing carbon buildup of petroleum engines
- Cleansing carbon buildup of diesel engines
|
Model：HGCR
| Model | HGCR |
| H2 Output pressure | 0 ~ 0.3kg/cm2 |
| Time elapsed ＜2000c.c. | 30min. |
| Time elapsed ≧ 2000c.c. | 40min. |
| Inner tank capacity | 4L |
| Water demand | Tap water |
| Water consumption | 1.4 c.c./min |
| Size (LxWxH) | 461x603x872mm |
| Weight | 42Kg |
Model ：HGCR-C
| Model | HGCR-C |
| H2 Output pressure | 0 ~ 0.3kg/cm2 |
| Time elapsed ＜3500c.c. | 30min. |
| Time elapsed ≧ 3500c.c. | 40min. |
| Inner tank capacity | 8L |
| Water demand | Tap water |
| Water consumption | 0.25L/hr |
| Size (LxWxH) | 478x725x886mm |
| Weight | 70Kg |
Model：HGCR-E ( Debut in Q3, 2016 )
| Model | HGCR-E |
| H2 Output pressure | 0 ~ 0.3kg/cm2 |
| Time elapsed ＜6000c.c. | 40min. |
| Time elapsed ≧6000c.c. | 60min. |
| Inner tank capacity | 8L |
| Water demand | Tap water |
| Water consumption | 1.2L/hr |
| Size (LxWxH) | 500x850x1070mm |
| Weight | 120Kg |
