Knowledge & Insights on Industrial Parts Cleaning

In industrial parts cleaning, seemingly small details often determine the quality, cost-effectiveness, and compliance of an entire process.

At the same time, many technical terms are used inconsistently or oversimplified, which can lead to costly misunderstandings and poor investment decisions.

Request a Project Consultation
Free of charge and conveniently by email.

Schedule an On-Site Meeting
We will visit your facility free of charge.

Common Misconceptions in Industrial Parts Cleaning

Many decisions in industrial parts cleaning are based on assumptions that are either oversimplified or incorrect. In the worst case, these misconceptions can lead to poor decisions and even pose risks to people and the environment.

Common examples include:

5

Water-based cleaning is automatically the simpler or more cost-effective solution

5

Solvent-based cleaning processes are inherently more hazardous to people and the environment

5

The cleaning system alone determines the cleaning result

5

Cleaning performance depends primarily on the equipment selected

In practice, these assumptions are often misleading.

Successful cleaning processes always depend on the interaction of:

Cleaning Medium

Reinigungsmedium

Process Design (e.g., number and sequence of process steps, mechanical action, temperature, and cycle time)

Regulatory and Technical Requirements

In many applications, cleaning performance is only one part of the equation. Regulatory and technical requirements must also be considered.

These may include:

Explosion protection

Requirements arising from water protection regulations (WHG)

Solvent handling and emissions control

Occupational health and safety requirements & Machine and process safety

These aspects are not always fully considered in practice but can have significant implications for both operations and liability.

Practical Examples

A solvent with a flash point above 60°C is often assumed to be non-flammable

In reality, all liquids with a defined flash point are inherently combustible and can form an explosive atmosphere under certain conditions

Likewise, it is frequently assumed that no explosive atmosphere can exist below the flash point

Depending on the substance or mixture involved, an adequate safety margin below the flash point must be maintained

In reality, explosive atmospheres may still occur below the flash point, particularly when solvents are sprayed, atomized, or dispersed into fine droplets
Similarly, the use of vacuum technology is sometimes incorrectly regarded as a substitute for explosion protection measures

Vacuum operation can be one element of an explosion protection concept, but it does not replace the need for appropriate explosion protection measures

Typical Implementation Mistakes

Common mistakes encountered in industrial cleaning projects include:

r

Selecting equipment without sufficient process analysis

r

Choosing cleaning media that are not optimally matched to the application

r

Underestimating or misinterpreting regulatory requirements

r

Comparing proposals solely on purchase price

These mistakes often lead to:

Insufficient cleaning performance

Higher operating costs

Costly retrofits and modifications

s

Avoidable technical and regulatory risks

Our Approach

We believe that technical, economic, and regulatory factors must always be considered together.

This provides you with:

Z

Clear and well-founded decision-making criteria

Z

Consideration of all relevant operational and regulatory requirements

Z

Transparent evaluation of alternative solution concepts

Further Information:

Cleaning Systems

Cleaning Media

Consulting & Regulatory Compliance

Have Your Cleaning Application Evaluated