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Shell Tellus S3 V

Shell Tellus S3 V the Extended-Temperature-range

Premium, ashless hydraulic fluid

Shell Tellus S3 V uses a unique, advanced ashless technology to deliver up to five times longer life, improved pump protection and high efficiency levels. It is intended for operators of hydraulic systems in highly loaded, severe service conditions or where wide ranges of ambient or operating temperatures are encountered. In addition, its reduced environmental impact (low toxicity towards aquatic life) can help progressive operators to manage the environmental impact of their operations.
 

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  • Shell Tellus S3 V 46 UN 3082, klasse 9

    Shell Tellus S3 V 46 Previous Name: Tellus STX

    Premium Zinc-Free Industrial Hydraulic Fluid for very wide temperature range

    Shell Tellus S3 V 46 main applications:

    • Mobile/exterior hydraulic applications
    • Precision hydraulic systems
    • Environmental impact

    Shell Tellus S3 V 46 hydraulic fluids are high performance lubricants that use exclusive ashless technology, coupled with highly shear stable viscosity modifiers. Shell Tellus S3 V 46 give excellent viscosity control and protection under severe mechanical, thermal and chemical stresses across a wide temperature range. Shell Tellus S3 V 46 provide outstanding protection and performance in most mobile equipment and other applications subjected to a wide range of ambient or operating temperatures.

    Please note!! Price of Shell Tellus S3 V 46 drops automatically in larger quantities.

    Learn More

    Starting at: Excl. Tax: £109.45 Incl. Tax: £132.43

  • Shell Tellus S3 V 68

    Shell Tellus S3 V 68 Previous Name: Tellus STX

    Premium Zinc-Free Industrial Hydraulic Fluid for very wide temperature range

    Shell Tellus S3 V 68 main applications:

    • Mobile/exterior hydraulic applications
    • Precision hydraulic systems
    • Environmental impact

    Shell Tellus S3 V 68 hydraulic fluids are high performance lubricants that use exclusive ashless technology, coupled with highly shear stable viscosity modifiers. 
    Shell Tellus S3 V68 give excellent viscosity control and protection under severe mechanical, thermal and chemical stresses across a wide range of temperatures. 
    Shell Tellus S3 V 68 provide outstanding protection and performance in most mobile equipment and other applications subjected to a wide range of ambient or operating temperatures.

    Please note!! Price of Shell Tellus S3 V 68 drops automatically in larger quantities.

    Learn More

    Starting at: Excl. Tax: £109.45 Incl. Tax: £132.43

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Shell Tellus S3 V improved cleanliness

All Shell Tellus products now meet the demanding cleanliness requirements of the DIN industry standard to help provide extra protection, improved filter performance and less maintenance.
 

Shell Tellus S3 V is designed to protect

Protecting components from damage can help to increase service life and maximise your return on investment. Shell Tellus S3 V can help to achieve this by providing up to 97% less wear than the industry minimum requirement up to 53% better protection against viscosity loss for continuing protection and performance throughout the oil’s life.
 

Shell Tellus S3 V is designed for long oil life

Limiting fluid degradation can help to prolong oil life. Shell Tellus S3 V is designed to help you operate your equipment for longer without interruption for reduced maintenance requirements and enhanced productivity. In the industry-standard oil life test, Shell Tellus S3 V achieved up to five times longer oil life than the industry minimum.
 

Designed for high efficiency

A hydraulic fluid needs to protect, lubricate and transmit power efficiently. Shell Tellus S3 V is designed to help maximise productivity by helping equipment to meet or exceed its design capabilities. Compared with the industry minimum requirements, it offers up to 56% faster air release for efficient and precise hydraulic power transmission up to 58% better filterability in the demanding industry-standard wet test procedure, which helps to reduce pressure loss for more efficient operation.