Hydrol Premium L-HV 46

Фасовка Ціна Кількість
20л 2137.20 UAH
205л 13950.06 UAH
Сума (UAH):
0.00

Quality class:

Quality class according to ISO 11158 – HV

Viscosity grad:

ISO VG: 46

 

General features

HYDROL PREMIUM L-HV hydraulic oils (HVI type) are manufactured basing on refined mineral oils and zinc free set of enriching additives.

Features:
High level operating properties:
- perfect temperature depending viscosity grades (viscosity grade of ca. 150) enabling oil application in hydraulic systems operated in variable temperatures,
- high thermal and hydrolytic stability,
- high resistance to oxidation,
- high ability to transfer loads (FZG test, breaking load >12) and very good antiwear properties,
- very good ability to be filtered,
- very good resistance to foaming,
- compatibility with sealants.
HYDROL PREMIUM L-HV can be mixed with other zinc free hydraulic mineral oils.

Application

High durability of HYDROL PREMIUM L-HV enables their application in highly loaded systems of power transmission as well as hydraulic drive and control operating in extremely high pressures and wide range of temperatures. New, unique formula used in the manufacturing process guarantees their extended lifetime compared to standard mineral hydraulic oils.

Standards, approvals, specifications

DIN 51524 part 3

Physical and chemical properties

Parameters

Unit

Typical values

Kinematic viscosity at 400C

mm2/s

45.3

Viscosity index

-

148

Flow temperature

0C

-34

Ignition temperature

0C

210

Resistance to foaming · susceptibility to foaming: foam volume after 5 min. of blowing with air at 250C, · foam durability: foam volume after 10 min. standing still at 250C standing still at 250C

ml

20 0

Corrosiveness to copper 3 h/1200C, corrosion rate

reference sample

1 a

Deemulsifying properties – emulsion and water separation time to achieve: - 40 - 43 ml of oil - 37 - 40 ml of water - 0 - 3 ml of emulsion at

min.

10

 

0C

54

Ability to release air at 50°C

min.

5

Ability to transfer loads with the FZG, breaking load, minimum

-

12

Resistance after 250 cycles, viscosity decrease at 400C

%

4

ATTENTION: Physicochemical parameters listed in the table are typical values. Real values are stated in quality control certificates attached to each product lot.