Super Hercules Long Life Excavator Hose Introduction
The bending radius of the long-life excavator hose of Letone Super Hercules is 34% lower than the ISO18752 Class C standard, and the number of hose pulses exceeds 1 million times. With the use of Letone Technology's self-developed hose joints and hydrogenated nitrile seals, the service life can be prolonged. More than 5 years (two years of warranty), and strive to provide five "province" services of "time saving, labor saving, trouble saving, money saving and worry saving".
Super Hercules Long Life Excavator Hose
Tube: Nitrile/Neoprene Synthetic Rubber for Biodegradable Hydraulic Fluids.
Reinforcement layer: one layer of steel wire braid (1/2"-3/4"), pulse ≥ 300,000 times; four layers of steel wire winding (1"-2"), pulse ≥ 1 million times.
Cover layer: Standard tube: no-stripping wear-resistant, weather-resistant synthetic rubber; wear-resistant tube: no-stripping high wear-resistant, weather-resistant synthetic rubber; super wear-resistant tube: no-stripping super wear-resistant, weather-resistant UHMWPE.
Temperature range: -40℃~+121℃ (-40℉~+250℉).
Executive standard: Exceed ISO18752-AC/CC standard.
Bending radius: 41% less than ISO18752 standard; 47% less than SAE standard; 60% more pressure than SAE standard.
Super Hercules Long Life Series Hose vs Standard
Super Hercules long-life series hose is a high-end product in the field of hydraulic pipeline. The main performance of the product is compared with well-known foreign brands. The performance indicators are compared as follows:
|
Product performance (take 1/2” as an example) |
DIN/GB/T3683/ SAE J517 100R2 |
ISO18752- 2BC |
Letone Technology Super Hercules Low Bend Series LTSA5992 |
|
Working pressure (MPa) |
27.5 |
28 |
35 |
|
Number of pulses (10,000 times) |
20 |
50 |
100 |
|
Bend radius (mm) |
180 |
144 |
90 |
|
Working temperature (°C) (upper limit) |
100 |
100 |
121 |
|
Working temperature (°C) (lower limit) |
-40 |
-40 |
-40 |
|
Corrosion resistance (IRM903 oil, shrinkage %) |
0-25 |
0-25 |
0-10 |
|
Aging (Ozone, h) |
72 |
72 |
1000 |
