New Energy

Forming and Cleaning for New-Energy Battery Components

A process-stage matrix for forming, cleaning and short-term protection of aluminum battery components during new-product introduction.

Representative industry application example; the final solution requires site assessment and trial validation.

Forming and Cleaning for New-Energy Battery Components

Challenge

Stamping/forming and subsequent cleaning of aluminum battery components influence each other, making residue control and handoffs key shop-floor concerns.

Solution

Use DENUFORM RF 500 as a forming-lubrication candidate, validate cleaning with DENUCLEAN VS 200 and assess DENURUST 300 according to the storage interval.

Results

Create a process-stage matrix covering material, tooling, cleaning and short-term protection to support fast review during new-product introduction.

Visual Record

From field context to delivery method

Project Context

01

Consider residue from tooling through cleaning

During new-energy component introduction, tooling, forming lubrication, cleaning and handling conditions should be validated together to avoid recurring handoff issues.

New-energy manufacturing scene
Representative new-energy industry scene

On-site Observation

Build trial records around material and tooling

Record material state, tooling cleanliness, forming appearance and post-cleaning residue, with clear ownership for each checkpoint.

New-energy equipment and green manufacturing scene
Representative new-energy application scene

Solution Delivery

Pair forming lubrication with cleaning and protection

Map DENUFORM RF 500, DENUCLEAN VS 200 and DENURUST 300 to the process based on the handoff interval and storage period.

Delivery Focus

04

Make the stage matrix a cross-team tool

Put material, tooling, cleaning and short-term protection requirements in one matrix for process, quality and warehousing teams.

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