Companies involved in producing, assembling, finishing and testing vehicles or their components have a responsibility to the end user to ensure the functionality and safety of their products. As a partner to many of the industry leaders, Dycem helps companies meet strict regulatory requirements by reducing potentially harmful contamination within the manufacturing environment.


Where to use Dycem in Automotive

Entry and Exit to Cleanrooms.

Paint Areas.

Small Components Areas.

Assembly Areas.

ESD Zones. 

Engine Laboratories. 

Display and Glass Manufacturing. 

Contamination: The Risk in the Automotive Industry

Automotive manufacturing requires various levels of cleanliness throughout the supply chain. As vehicles have advanced, so have their manufacturing and safety specifications. During the manufacturing process, sensitive components can become compromised by even slight changes in pressure, humidity, and temperature, and are especially vulnerable to contamination and the effects of static electricity. A controlled environment is required to ensure that all the components are manufactured free of flaws and carefully assembled to prevent the risk of product malfunctions.

Common types of contamination found within auto manufacturing include dust, debris, salts and minerals, static, metals, skin cells, Electrostatic Discharge (ESD), and other particulate matter. The presence of these contaminants can cause a number of negative outcomes including product quality defects, system failures, factory shutdowns, unsatisfactory customer audits, and recalls.

The risks to a company’s brand, its profitability, and its people are too great to be ignored. Effective contamination control is essential for facilities throughout fabrication, assembly, integration, and testing.

Dycem mats, implemented as part of a contamination control strategy, offer optimal support in reducing the risk of contamination in Automotive manufacturing and finishing.


Don't Ignore the Floor...

80% of Contamination Enters a Critical Space at Floor Level.

Benefits of Dycem in the Automotive Industry


superior floor & Air particulate control

Dirt and dust are captured on Dycem mats and remain on the surface until cleaned off. With Dycem, Automotive manufacturers benefit from a reduction in floor-level particulate of up to 99.9% and a reduction in air particulate levels of up to 75%.


ESD Protection for products & Processes

With Dycem mats installed prior to critical areas, our Aerospace customers have peace of mind that damage from an Electrostatic Discharge (ESD) occurrence will be minimized. All Dycem mats dissipate static at 10⁸ ohms.


Support for Wheeled Traffic & Heavy Loads

Designed to withstand substantial weight of up to 1280lbs/in², Dycem Workzone allows Automotive manufacturers to effectively decontaminate often unaddressed wheels with minimal downtime from labor intensive and manual processes.

Our Products, Your Industry

Powertrain component production, systems integration and testing, paint shops, and finishing lines are all examples of areas throughout the automotive process that must be protected from contamination. Dycem has solutions to support the many vital steps in the manufacture of vehicles and their parts. Keeping contamination out of critical spaces and cleanrooms is our priority.


Dycem CleanZone

Cleazone helps control contamination from the shoes of personnel.


Dycem WorkZone

WorkZone is the only effective solution for decontamination of heavy wheels.

Floating Mat

Dycem Floating Mats

Floating Mats are a contamination control solution that can be moved as needed.


Success Stories...

Discover our success stories in your industry.

Learn how our customers have benefitted from installing Dycem.


Automotive Quality Management System

Read the following section of the Automotive QMS Update IATF 16949:2016: 

“ Preservation – supplemental

  • Adds specificity to preservation controls and includes application to internal and/or external providers.
  • Preservation activities are expanded in two ways: first, activities that are considered preservation controls, and second, locations where preservation controls apply.
  • Preservation controls include the preservation of identification during the product shelf life; a contamination control program appropriate to identified risks; design and development of robust packaging and storage areas; adequate transmission and transportation considerations; and measures to protect product integrity.
    Section Nonconforming product disposition
  • Strengthen the requirement of disposition of nonconforming product by clarifying that organizations must also have a documented process for disposition of nonconforming product not subject to rework or repair.
  • Planned activities need to be managed and the results considered to improve this process.
  • Contamination control practices should be applied to avoid any risk of unintended use of this type of nonconforming products.
  • Customer approval is required before nonconforming products in this category can be diverted for service or any other use.”

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