Aluminum Battery Shell Stretching Oil

【Product Performance】

K-LS815 Aluminum Battery Shell Stretching Oil is a high-viscosity metalworking oil specifically designed for stamping aluminum battery casings. This oil contains various extreme pressure, lubricating, and rust-preventive additives, ensuring excellent adhesion and strong lubricating ability. It enhances the surface gloss of the workpiece and provides excellent protection for the dies.

【Product Parameters】

*The above parameters are for reference only.

 Specific adjustments may be made according to the actual processing conditions of your company.

【Performance Characteristics 】

★ Lubricity: Excellent adhesion and strong lubricating ability, suitable for high-speed continuous die stamping, resulting in smooth and scratch-free workpiece surfaces. Additionally, it provides good protection for the dies.

★ Corrosion resistance: Adopting a neutral formula, it provides effective protection to metals without corrosion or discoloration.

★ Low odor, easy to clean.

【Packaging Specifications】

18L per plastic drum, 200L per large iron drum

【Range of Application 】

● Stamping and stretching of aluminum battery casing and other high-difficulty stamping and stretching processes of aluminum alloys.

K-LS815 Aluminum Battery Shell Stretching Oil.pdf

Features:

Excellent lubrication performance: stretching oil can effectively reduce the friction between metal and mold, avoid scratches on the metal surface, and improve molding accuracy.

Improve material ductility: By reducing friction and enhancing the plasticity of aluminum, the aluminum shell is not easy to break during stretching and the scrap rate is reduced.

High temperature stability: The molding process of aluminum battery shells usually involves high temperature operations. Stretching oil needs to have good high temperature resistance to ensure stable lubrication effect under high temperature environment.

Strong cleanliness: The oil has good cleaning performance and can effectively prevent residues during the production process, ensuring that the surface of the aluminum shell is smooth and oil-free.

Advantages:

Improve production efficiency: By reducing friction and improving the ductility of aluminum, the wear of molds and materials is reduced, the service life of equipment is extended, and the smoothness and efficiency of the production process are improved.

Improve the quality of finished products: The use of this stretching oil can effectively reduce scratches, dents and other defects on the surface of the aluminum shell, ensuring that the product surface is smooth and meets high standards of quality requirements.

Environmental protection: Some high-quality aluminum battery shell stretching oils use environmentally friendly formulas to reduce pollution to the environment and meet the needs of sustainable production.

Cost-effectiveness: Although its initial cost may be slightly higher, it can effectively reduce production costs in the long run by reducing scrap rates and improving production efficiency.

FAQ

Why is the oil consumed excessively when using K-LS815 aluminum battery shell stretching oil?

Excessive oil consumption may be caused by the low viscosity of the lubricating oil or excessive use, which leads to the inability to continuously and effectively lubricate during the processing process, resulting in excessive consumption.

How to avoid oil pollution?

In order to avoid oil pollution, the production environment should be kept clean, the oil should be checked regularly, impurities such as metal chips and dust should be cleaned, and the storage and use conditions of the oil should be ensured to meet the requirements.

Why does the oil film break?

Oil film rupture usually occurs under extreme pressure and temperature. If the adhesion of the lubricating oil or the strength of the oil film is insufficient, the friction between the metal and the mold will increase, which will affect the processing accuracy.

How to avoid mold corrosion?

Although K-LS815 has an anti-rust effect, improper use (such as uneven oil coverage or improper storage) may still cause corrosion on the mold surface. It is recommended to check the oil coverage regularly and ensure that the mold is stored dry and clean.

How to solve the problem of oil residue?

If oil remains on the surface of the workpiece, it may need to be removed through an appropriate cleaning process to ensure that the product surface is free of oil and meets quality standards.