Ứng dụng sản phẩm:It's widely used for shearing and machining operation of precise electronics, computer parts, aluminum cooling fin, socket and other thin plates. It has the excellent performance for aluminum, aluminum alloy, copper and some black metal thin sheets with
Amer Aluminum Foil Quick Drying Cutting Oil C511T
Performance Overview:
The product is rapidly volatile, and is special oil for stamping and particularly designed for
modern high speed step stamping and general high speed stamping.
It's made of adding many refined multi-effect additives into high
quality environmental-friendly non-toxic solvent.
With the excellent heat dissipation
and cooling performance,
it can improve the working efficiency and realize the optimal finishing degree
and precision of product.
Main Advantages:
l It's rapidly volatile, and can maintain the fast working and prevent the workpiece from
adhering or getting stuck.
l Colorless and clean, it maintains the machine and operating environment in clean.
l It contains the extreme pressure anti-wear additives and can extend
the service life of mould.
l It can fast volatilize and will thoroughly volatilize within 3min at 140℃.
l It has low viscosity and excellent cooling performance.
Main Application:
It's widely used for shearing and machining operation of precise electronics, computer parts,
aluminum cooling fin, socket and other thin plates. It has the excellent performance for aluminum,
aluminum alloy, copper and some black metal thin sheets with the thickness of 1mm below.
Precautions:
l It shall be stored indoor. If store it in open air, the barrel shall be placed horizontally to
avoid water invading or the marks on barrel being immersed.
l It's strictly prohibited to mix the product with foreign matters,
otherwise it will lead to oil product getting bad or invalid.
l Do not mix it with other oil products to prevent the performance getting poor.
Appearance |
Kinematic Viscosity (40℃), /s |
Flash Point /℃ |
Density @25℃/kg/L |
Colorless transparent liquid |
1.1±0.3 |
>35℃ |
0.77±0.02 |