福斯RENOLIN CLP高极压工业齿轮油     FUCHS RENOLIN CLP (68 – 1000)

Heavy duty – EP – industrial gear oils of highest performance, outstanding extreme pressure characteristics and load carrying capacity.

 Description

The RENOLIN CLP products are industrial gear oils of the latest generation, having outstanding extreme pressure characteristics (EP/AW properties) and an

Extremely high load carrying capacity. They are industrial gear oils with excellent demulsifying properties which can be used in all types of enclosed gear

drives with circulation or splash lubrication systems.

The RENOLIN CLP products offer extraordinary wear protection.

Latest additive technology guarantees excellent wear protection and excellent corrosion protection (steel and copper-containing materials)

The RENOLIN CLP products have good elastomer compatibility, stressed static and dynamic elastomers are lubricated and protected from wear.

The lifetime of the components is increased. RENOLIN CLP oils can improve equipment reliability and increase productivity.

Advantages / Benefits

• Excellent corrosion protection

• Low foaming, excellent air release

• Excellent demulsifying properties (water and water-containing fluids are separated fast)

• High oxidation resistance

• Extremely high load-carrying capacity, extreme pressure-, anti-wear performance

• Excellent bearing wear protection (under mixed friction conditions) – FE8

• Excellent protection from scuffing, excellent wear protection – FZG

• Excellent micropitting resistance in the load stage and endurance test

• High Brugger wear protection

• Excellent elastomer compatibility (static and dynamic)

• Good compatibility with paint materials

Specifications

The RENOLIN CLP oils meet and in many cases exceed the requirements:

• DIN 51 517-3 (2004): CLP

• ISO 6743-6 and ISO 12925-1: CKC / CKD

• AGMA 9005/E02: EP

• AIST 224

• David Brown S1 53.101

Approvals

• A. Friedrich Flender AG, Bocholt, Germany,

• Flender BA 7300, table A

• Müller Weingarten AG, Germany

• SEW

• Hansen

• DT 55 005, 10/2003

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