Q8 Haydn 32

Skip to the end of the images gallery

Skip to the beginning of the images gallery

Your benefit: pallet advantage from 2 barrels

97% supplied in 5 working days

Shipping Rate

No VAT within the EU

Grouped product items
Qty	Product Name	Price per l/kg	Excl. Tax
- +	Q8 Haydn 32 - 208L	€2,64	€549,25
- +	Q8 Haydn 32 - 20L	€3,82	€76,45
- +	Q8 Haydn 32 - 1000L	€2,27	€2.270,00

Total €0,00

Pay online or by invoice (within 30 days)

Overview

Q8 Haydn 32

Applications

Q8 Haydn 32 hydraulic oils are recommended for all machine tool hydraulic systems, particularly where superior anti-wear and filterability are of prime importance. Also recommended for hydraulic control systems and robotics where oil quality is essential for accuracy and consistency.

Q8 Haydn 32 Summary of Main Features and Benefits

Optimum anti-wear performance, based on a zincdiakyldithiophosphate additive

Long service life due to high thermal and oxidation stability for high temperature applications

Trouble-free operation due to the unique combination of outstanding demulsibility, foam, air release, hydrolytic stability and filterability characteristics

Can also be applied in other industrial equipment such as screw-air compressors and not severely loaded gears

Details

Q8 Haydn 32

Product Description

Q8 Haydn 32 is a range of top quality anti-wear hydraulic oils, available in five ISO viscosity grades giving complete coverage from IS0 22 to ISO 100. This range has been specially designed to meet the stringent filterability requirements of modern machine tools and electro hydraulic systems, and for use in machines where accurate indexing, positioning, and sequencing depends on oil quality. They have been manufactured from the highest quality solvent refined base stocks and special additives.

The formulation is based on the latest low zinc technology combining high anti-wear performance with excellent filterability in both dry and wet conditions. Q8 Haydn 32 oils are fully inhibited to keep systems free of corrosion and sludging and are highly resistant to foaming.