Eni Aquamet 700 MB

Standards & approvals

• ISO 6743-7 MAE

  Metalworking fluid, class MAE — ISO 6743-7

  Class MAE of ISO 6743-7 (family M, metalworking): neat cutting oil, heavy-duty with EP additives.

Specifications

Brand

Eni

Range

Eni Aquamet

Category

Metalworking fluids

Type

Water-miscible cooling and lubricating fluids

Manufacturer code

007544

Availability

On request

Typical characteristics

Manufacturer's description

Eni Aquamet 700 MB is a semi-synthetic cutting fluid with excellent technological characteristics free from chlorine, boron, secondary amines and bactericide. Formulated with detergent and anticorrosive additives. Eni Aquamet 700 MB is recommended in grinding and in medium severe cutting operations on ferrous materials in single and/or centralized plants. The product can be extended to machining aluminum and its alloys after assessment of the staining test. It guarantees low foam formation in a wide range of water hardness.

Applications

• Semi-synthetic cutting fluid with excellent technological characteristics, free of chlorine, boron, secondary amines and bactericide.
• Formulated with detergent and anti-corrosive additives.
• Recommended for grinding and medium-severe cutting operations on ferrous materials, in single and/or centralised systems.
• Can be extended to machining aluminium and its alloys after assessing the staining test.
• Guarantees low foam formation across a wide range of water hardness.

Performance & benefits

• Preserves operators and the working environment, thanks to the absence of secondary amines and bactericides.
• Low foam formation across a wide range of water hardness (optimal range: 10–45°F).
• High anti-rust properties guarantee good performance on steels, particularly cast iron.
• Excellent detergent and anti-corrosive properties guarantee protection for machine tools, equipment and workpieces.
• Good lubricating properties help prolong tool life and improve workpiece surface quality.
• Free of chlorine and boron, for lower disposal costs.
• High emulsion stability and reduced frequency of maintenance operations.