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Fuchs Renolin B 32 HVI Plus 205L | Hydraulic Oil | 1695205

Name: Fuchs Renolin B 32 HVI Plus 205L | Hydraulic Oil | 1695205
SKU: OFURENOBHVI32205L
Price: 1546.36 AUD
Availability: OutOfStock

$1,701.00 (inc GST)

Available on back order

SKU: OFURENOBHVI32205L

The function of hydraulic oil pumps can often be improved irrespective of the machinery driven, because they are isolated from the variables found at the workplace. A major factor in the performance of hydraulic systems is the fluid medium. This absorbs a relatively large amount of energy when the pump is started up because of the high internal resistance of hydraulic oil. Excessive friction also occurs if the oil’s viscosity is too low and this leads to wear. Such conditions can cause breakdowns. FUCHS has developed a series of so-called “low friction” oils, which reduce energy consumption and wear when hydraulic pumps are started up. These products also improve reliability and eliminate breakdowns caused by insufficient or excess viscosity, both problems associated with normal HLP hydraulic oils.

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Product Dimensions

Length	580mm
Width	580mm
Height	880mm
Weight	205kg

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Overview

RENOLIN B 32 HVI PLUS is a high-performance hydraulic oil developed by Fuchs Lubricants. It offers superior ageing resistance, corrosion protection, and wear protection thanks to its advanced additive formulation. This oil is specially designed to reduce energy consumption and wear during hydraulic pump start-up and to improve the overall reliability of hydraulic systems. It performs exceptionally well even in high-temperature conditions and maintains optimum viscosity, enhancing the longevity and efficiency of machinery.

Specification

DIN 51 524-3: HVLP; ISO 6743-4; Denison HFO; Bosch Rexroth; Vickers; US Steel; Cincinnati Milacron

Technical

Recommended for use in various industrial and mobile hydraulic systems; Provides excellent viscosity-temperature behavior; Prevents wear and ensures the longevity of hydraulic systems; Contains state-of-the-art anti-wear additives; Reduces friction and energy consumption

Benefits

Reduces energy consumption during pump start-up; Provides stable protective films at high temperatures; Enhances reliability and service life of hydraulic systems; Excellent oxidation stability; Superior protection against wear; Good demulsifying properties ensures water separation; Compatible with various elastomers

Install

Store in a cool, dry, well-ventilated area; Avoid exposure to direct sunlight; Use suitable extraction and collection systems to mitigate exposure risks and avoid spillages; Ensure proper disposal of containers in accordance with local regulations

Fitment

Suitable for a variety of hydraulic systems including industrial manufacturing machinery, construction vehicles, agricultural equipment, and other heavy-duty machinery requiring high-performance hydraulic oil

FAQ

Question: What is RENOLIN B 32 HVI PLUS used for?

It is a high-performance hydraulic oil used in industrial and mobile hydraulic systems.

Question: What makes RENOLIN B 32 HVI PLUS special?

It has superior ageing resistance, corrosion protection, and wear protection due to its advanced additive formulation.

Question: Can RENOLIN B 32 HVI PLUS be used in high-temperature conditions?

Yes, it maintains its viscosity and offers excellent performance at high temperatures.

Question: Is RENOLIN B 32 HVI PLUS compatible with all hydraulic systems?

It is suitable for a variety of hydraulic systems, including industrial and mobile equipment.

Question: How should RENOLIN B 32 HVI PLUS be stored?

Store it in a cool, dry, well-ventilated area away from direct sunlight.

LENGTH

580

WIDTH

580

HEIGHT

880

Inventory Extended Details

RENOLIN B 32 HVI PLUS is a premium hydraulic oil designed for high performance. It features a high viscosity index along with superior additives that provide improved ageing resistance, corrosion protection, and wear protection. The series reduces energy consumption and wear when hydraulic pumps are started, ensuring reliability and eliminating breakdowns caused by insufficient or excess viscosity.