overview Germany Premium Autolack Schmidt GmbH & Co. KG Mercedes-AMG GT Ceramic Coating Application

Mercedes-AMG GT Ceramic Coating Application

Application of premium ceramic coating on a new Mercedes-AMG GT with meticulous preparation including air blow cleaning of all crevices and panel gaps using cordless air pistol technology to ensure dust-free surface preparation.

Steps

1 / 10 | Initial Vehicle Assessment and Documentation in the Quality Control Area

Anna Schneider and Martin Schulz conduct a meticulous initial assessment of the new Mercedes-AMG GT in Premium Autolack's quality control area. This crucial first step involves a systematic approach to documenting the vehicle's existing condition before any work begins. They carefully examine every surface of the vehicle under specialized lighting conditions to identify and document even the slightest imperfections, swirl marks, scratches, or manufacturing defects. The team uses digital imaging technology to capture high-resolution photographs of the entire vehicle from multiple angles, with particular focus on any areas of concern. They create a detailed condition report that will serve as a reference point throughout the ceramic coating process and as documentation for the client. They measure the paint thickness on each panel using an electronic paint depth gauge to identify any previous repair work and establish baseline measurements. This assessment provides critical information for planning the subsequent preparation and coating application processes to ensure optimal results for Dr. Berger's luxury vehicle.

1

Position vehicle in the quality control light tunnel

2

Perform initial walkaround to note obvious imperfections

3

Setting Up Digital Imaging Equipment for Mercedes AMG-GT Documentation

4

Measure and record paint thickness on each panel

5

Examine paint finish under direct LED lighting

6

Inspect paint surface under raking light to identify subtle imperfections

7

Check for swirl marks and micro-scratches under specialized lighting

8

Document any factory defects or prior repairs

9

Photographing Identified Imperfections with Scale Reference

10

Inspect trim, moldings, and emblems for condition issues

11

Examine panel gaps and alignments

12

Checking Wheels and Wheel Wells for Condition and Cleanliness

13

Inspect glass surfaces for scratches or pitting

14

Evaluate rubber seals and gaskets around doors and windows

15

Create digital map of vehicle marking all imperfections

16

Generate Comprehensive Condition Report with Images

17

Review Vehicle Assessment Findings and Develop Preparation Strategy

18

Secure client sign-off on initial condition assessment

19

Input all data into project management system

20

Prepare vehicle transfer documentation for decontamination team

2 / 10 | Thorough Decontamination Wash and Clay Bar Treatment

This task involves a comprehensive decontamination process of the new Mercedes-AMG GT to prepare it for ceramic coating application. The process begins with a thorough, multi-stage washing procedure using pH-neutral automotive shampoo to remove surface dirt and contaminants. After the initial wash, an iron fallout remover is applied to dissolve metallic particles bonded to the paint. Next, a tar and adhesive remover is used to eliminate any sticky residues. The staff then performs a meticulous clay bar treatment across all painted surfaces, methodically working in small sections with a dedicated lubricant spray to avoid marring the paint. The clay bar physically removes embedded contaminants that washing chemicals cannot dissolve. After claying, a final rinse is performed, followed by a careful drying process using premium microfiber drying towels and filtered air to prevent water spots. Throughout the process, Anna and Martin maintain strict quality standards, inspecting their work under specialized lighting to ensure all contaminants are removed before proceeding to the next preparation stages.

1

Mercedes-AMG GT Ceramic Coating Preparation: Setting Up the Preparation Area

2

Pre-rinse the vehicle to remove loose surface dirt

3

Apply pH-neutral automotive shampoo using the two-bucket wash method

4

Thorough Rinsing and Surface Contaminant Inspection

5

Applying Iron Fallout Remover to Vehicle Surfaces

6

Allow Chemical Dwell Time and Monitor Reaction

7

Thoroughly Rinse Off the Iron Fallout Remover

8

Apply Tar and Adhesive Remover to Affected Areas

9

Wipe and rinse the tar remover solution

10

Divide Vehicle into Sections for Methodical Clay Bar Treatment

11

Apply clay lubricant to each section before using the clay bar

12

Clay Bar Treatment on Mercedes-AMG GT

13

Regularly fold and knead the clay to expose fresh clay surface

14

Rinse each section after clay bar treatment

15

Perform final rinse of the entire vehicle with filtered water

16

Drying Surfaces with Premium Microfiber Towels

17

Using Cordless Air Pistol to Remove Water from Crevices

18

Inspect all surfaces under specialized lighting to verify cleanliness

19

Document the decontamination process with notes on specific problem areas

20

Clean and Organize All Tools and Chemicals Before Next Task

3 / 10 | Detailed Inspection and Marking of Surface Imperfections

This task involves a meticulous inspection of the Mercedes-AMG GT's entire exterior surface under specialized lighting to identify any imperfections that might affect the final ceramic coating finish. Martin and Anna work methodically, section by section, using high-intensity lighting at different angles to reveal swirl marks, micro-scratches, water spots, holograms, or paint defects. When imperfections are found, they are carefully marked with small, removable inspection stickers that won't damage the paint. Each mark is documented with a precise location and description in a digital inspection report, including photographs taken under the specialized lighting. This comprehensive documentation ensures that no imperfections are missed during the subsequent correction phases and provides clear evidence of the vehicle's condition before work begins. The inspection is particularly focused on areas prone to imperfections such as door edges, hood, and areas around badges where factory detailing might have been less thorough.

1

Position Mercedes-AMG GT on Rotating Platform in Inspection Area

2

Set up specialized lighting equipment at optimal angles

3

Clean inspection tools and prepare digital documentation system

4

Dividing Mercedes-AMG GT into inspection zones for systematic examination

5

Horizontal Surface Inspection with Direct Overhead Lighting

6

Inspect front fascia, hood, and fenders with side-angle lighting

7

Examination of Roof and A-pillars Under Various Lighting Angles

8

Inspect rear quarter panels, trunk, and rear fascia

9

Check door panels, jambs, and thresholds with focused lighting

10

Examine areas around badges, trim, and panel gaps with detail lights

11

Use magnification tools for close inspection of suspicious areas

12

Mark identified imperfections with small inspection stickers

13

Photograph each imperfection under the revealing light condition

14

Record imperfection details in digital documentation system

15

Create Digital Vehicle Map with All Marked Imperfections

16

Categorize defects by correction method required

17

Final Vehicle Inspection Using Air Pistol to Reveal Dust in Hard-to-See Areas

18

Generate Preliminary Correction Plan Based on Findings

19

Discuss findings and correction approach with team members

20

Prepare inspection report for client review if requested

4 / 10 | Comprehensive Dust Removal from All Vehicle Crevices and Panel Gaps

This critical pre-coating task involves the meticulous removal of all dust, debris, and contaminants from the vehicle's surface, with special attention to crevices, panel gaps, door jambs, grilles, and other hard-to-reach areas. The Mercedes-AMG GT requires extremely thorough dust removal to ensure a flawless ceramic coating application. Every millimeter of the vehicle is addressed using specialized cordless air pistols that deliver concentrated, pressurized air without the risk of introducing new contaminants through compressor lines or power cords. This task focuses on areas prone to trapping dust that could potentially compromise the ceramic coating finish. Workers wear lint-free gloves and suits to prevent introducing new contaminants during the process. The cordless air pistols are fitted with narrow precision nozzles to reach deep into the smallest gaps with sufficient pressure to dislodge all hidden particles.

1

Don appropriate clean room attire (lint-free suits, gloves, and hair covers)

2

Inspect and confirm cordless air pistols are fully charged and fitted with appropriate nozzles

3

Systematic Division of Vehicle for Methodical Dust Removal

4

Dust Removal: Roof and Upper Surfaces

5

Use specialized lighting to identify dust accumulation areas

6

Apply controlled bursts of air to panel gaps starting from headlights and front grille

7

Move methodically along door seams, window channels, and mirror bases

8

Address Intricate Areas Around Badges, Emblems, and Model Designations

9

Clean wheel wells, exhaust tips, and underbody trim elements

10

Detail trunk lid gaps, fuel door, and rear light assemblies

11

Check and clean air intakes and cooling ducts

12

Use Detail Brushes with Cordless Air Pistols for Stubborn Areas

13

Secondary Inspection Under Different Light Angles

14

Document Areas Requiring Additional Attention

15

Verify all tools and materials are accounted for to prevent contamination

16

Perform Final Visual Inspection Using Direct and Raking Light

17

Confirm with quality control that dust removal meets company standards

5 / 10 | Final surface preparation with isopropyl alcohol wipedown

This critical step involves the complete surface preparation of the Mercedes-AMG GT using pharmaceutical-grade isopropyl alcohol (IPA) to achieve a chemically clean surface before ceramic coating application. The workers meticulously wipe down every panel of the vehicle with a specific technique to remove any remaining oils, silicones, or residues that would compromise the ceramic coating's adhesion. The process includes using ultra-plush, lint-free microfiber towels with a specific folding method to prevent cross-contamination between panels. Workers use a spray-and-wipe technique, working in small sections of approximately 60cm x 60cm at a time, ensuring the IPA doesn't dry on the surface before being properly wiped away. They pay particular attention to edges, panel gaps, and areas around trim pieces where residues tend to accumulate. The IPA solution used is a precise 70% concentration, which provides optimal cleaning properties without risking damage to sensitive surfaces.

1

Prepare appropriate 70% isopropyl alcohol solution

2

Organize and prepare multiple lint-free microfiber towels using proper folding technique

3

Set up portable LED inspection lights at strategic angles

4

Dividing Mercedes-AMG GT into Systematic Sections for Methodical Cleaning

5

Spray IPA solution onto microfiber towel

6

Wipe the panel using overlapping patterns with medium pressure

7

Folding microfiber towel to expose clean surface during IPA wipedown

8

Using Dry Microfiber Towel to Remove Excess IPA

9

Residue Detection Inspection with Various Light Angles

10

Clean Panel Edges, Trim & Transitions

11

Precision Cleaning of Intricate Areas on Mercedes-AMG GT

12

Clean door jambs and other interior-exterior transition points

13

Check and clean areas around rubber seals without saturating the rubber

14

Perform Second Pass on Highly Reflective Surfaces

15

Document any areas with unavoidable minor imperfections

16

Properly Dispose of Used Materials in Designated Containers

17

Final Visual Inspection Using Multiple Light Sources

18

Record completed process with timestamp for quality assurance documentation

6 / 10 | Transfer vehicle to dust-free ceramic coating booth with contamination protocols

This critical task involves the meticulous transfer of the Mercedes-AMG GT from the preparation area to the specialized dust-free ceramic coating booth. Before movement, Anna and Martin must ensure the vehicle's surface is completely protected with temporary covering to prevent any contamination during transit. They follow strict contamination protocols which include wearing fresh clean-room suits, new gloves, and bootcovers. The vehicle is carefully pushed by hand (never driven to avoid engine particulates) along a designated clean path. Before entering the booth, compressed air is used to remove any potential contaminants from the protective coverings. The booth's positive pressure system is activated prior to entry to ensure dust cannot enter when the doors are opened. Once inside, the protective coverings are carefully removed from the outside in, using a specific folding technique to trap any contaminants. The booth door is immediately sealed after entry, and a waiting period of approximately 5 minutes allows the filtration system to clear any introduced particles before removing the final protective coverings from the vehicle surface.

1

Donning Clean Room Attire for Ceramic Coating Application

2

Final Vehicle Surface Inspection Before Protective Covering

3

Apply microfiber protective coverings to all exterior surfaces

4

Secure coverings with clean, lint-free tape

5

Verify Booth Environment Parameters

6

Clear Transfer Path of Obstacles and Contamination

7

Activate booth filtration system 10 minutes prior to transfer

8

Carefully push vehicle by hand along designated clean path

9

Using Compressed Air to Remove Contaminants from Protective Covers Before Booth Entry

10

Open booth door only when positive pressure is confirmed

11

Move vehicle into booth in one smooth, continuous motion

12

Immediately Close and Seal Booth Door After Entry

13

Allow 5-minute settling period for air filtration

14

Remove Protective Coverings Using Outside-In Technique from Mercedes-AMG GT

15

Fold coverings in a specific pattern to trap contaminants

16

Inspect vehicle under booth lighting for any contamination

17

Document vehicle condition upon arrival in digital quality control system

18

Verifying Booth Parameters Before Ceramic Coating

19

Dispose of used protective materials in designated sealed containers

20

Sterilize Tools for Ceramic Coating Booth

7 / 10 | Multi-stage Ceramic Coating Application with Precision Applicators

This critical phase involves the methodical application of premium ceramic coating to the Mercedes-AMG GT using specialized precision applicators. The process begins with Anna preparing small sections of the vehicle at a time, applying the nano-ceramic coating product in precise, overlapping patterns. The coating must be applied evenly in a cross-hatch pattern to ensure complete coverage with no high spots or streaking. Each section requires careful timing - the product must flash (partially cure) for the manufacturer-specified duration before being leveled and buffed with microfiber towels. For this high-end vehicle, a multi-layer application is performed, with each layer requiring full curing before the next can be applied. The first layer serves as the foundation, while subsequent layers build protection depth and enhance optical clarity. Anna must maintain absolute focus throughout the process, as any contamination, uneven application, or improper buffing technique would compromise the final finish quality. Martin supervises the process, periodically checking for consistent application using specialized lighting and ensuring the controlled environment parameters remain optimal.

1

Preparing Ceramic Coating Materials for Mercedes-AMG GT

2

Verify temperature and humidity levels in application booth

3

Dividing Mercedes-AMG GT Into Logical Working Sections for Ceramic Coating

4

Apply first coat to horizontal surfaces using precision foam applicators

5

Monitoring Flash Time for Horizontal Ceramic Coating

6

Buff horizontal surfaces with premium microfiber towels using proper technique

7

Apply first coat to vertical surfaces using precision foam applicators

8

Allow manufacturer-specified flash time for vertical surfaces

9

Buff vertical surfaces with premium microfiber towels using proper technique

10

Inspect first layer application under various lighting conditions

11

Allow first layer to cure for manufacturer-specified time

12

Apply second coating layer following same sectional approach as first layer

13

Monitor and maintain correct flash times for second layer application

14

Buffing Second Ceramic Coating Layer

15

Inspect second layer under specialized lighting for high spots or inconsistencies

16

Applying the Final Layer of Ceramic Coating

17

Performing Final Buffing with Designated Final-Layer Microfiber Towels

18

Complete detailed inspection of entire vehicle under multiple lighting conditions

19

Document specific product batch numbers and application details

20

Update digital project record with completed stage information

8 / 10 | Monitored ceramic coating curing process with controlled environment parameters

Following the application of multiple layers of premium ceramic coating on the Mercedes-AMG GT, the curing process requires precise environmental control and continuous monitoring to ensure optimal hardening and bonding of the coating to the paint surface. The ceramic coating needs specific temperature, humidity, and air flow conditions to properly cross-link and form the protective layer. Throughout this phase, Anna and Martin will monitor the vehicle in the specialized curing chamber, making adjustments to environmental parameters as needed while following a strict timeline. They'll use digital monitoring equipment to track conditions and document the process for quality assurance. The curing must remain undisturbed for the manufacturer-specified duration, with careful inspection at predetermined intervals to check for any potential issues like high spots, streaking, or environmental contamination.

1

Program environmental control system with manufacturer-specified parameters

2

Verify initial temperature and humidity settings before beginning monitored cure

3

Activate Positive Pressure System to Prevent Contamination

4

Set up digital monitoring equipment to track environmental conditions

5

Prepare inspection schedule based on coating manufacturer's timeline

6

Engage infrared spotlighting for detailed visual inspection at 30-minute intervals

7

Recording Temperature and Humidity Readings for Ceramic Coating Curing

8

Perform first critical inspection at one-hour mark using specialized lighting

9

Adjust environmental parameters if any inconsistencies are detected

10

Check for high spots or streaking in ceramic coating during initial cure phase

11

Test coating hardness at strategic points using calibrated digital durometer

12

Document curing progress with high-resolution photography under controlled lighting

13

Cycle through different LED light temperatures to inspect appearance under various conditions

14

Verify proper curing at panel edges and complex contours

15

Maintaining Environmental Control Adjustment Log

16

Perform final hardness verification test after minimum curing period

17

Compare actual curing data against manufacturer's baseline standards

18

Prepare summary report of the curing process for quality assurance documentation

19

Cleaning and Sanitizing Monitoring Equipment After Ceramic Coating Curing

20

Verify coating is fully cured before proceeding to final inspection

9 / 10 | Final Inspection Under Various Lighting Conditions

Martin and Anna are conducting the final inspection of the Mercedes-AMG GT after the ceramic coating has fully cured. This critical quality control process involves examining every surface of the vehicle under multiple lighting conditions to ensure absolute perfection of the ceramic coating application. They use specialized light tunnels and digital imaging technology to identify any microscopic imperfections invisible to the naked eye. Martin meticulously checks for coating high spots, streaking, uneven application, or any contamination that may have occurred during the curing process. Anna focuses on examining panel edges, crevices, and complex curves where application errors are most common. They document any findings in the company's quality control software, mapping the exact location of any imperfections that require correction. The inspection also verifies that the ceramic coating's hydrophobic properties are consistent across all surfaces by using controlled water testing in specific areas. Both technicians compare the results against the manufacturing specifications of the ceramic coating product and the company's own quality standards.

1

Positioning the Mercedes-AMG GT in the Light Tunnel

2

Calibrate all lighting systems to standard inspection settings

3

Initial Visual Inspection Under Neutral White Light

4

Directional LED Inspection for Ceramic Coating Imperfections

5

Use handheld light wands to inspect crevices and panel gaps

6

Apply digital imaging technology to scan and document the coating condition

7

Controlled Water Testing for Hydrophobic Verification

8

Inspect all glass surfaces for overspray or coating residue

9

Check trim pieces and rubber seals for coating consistency

10

Verify coating application around badges, emblems, and other detailed areas

11

Simulating Sunlight Conditions to Check for Hologramming and Light Refraction Issues

12

Inspect Under UV Lighting for Complete Ceramic Coating Coverage

13

Document Imperfections in Quality Control Software

14

Taking Standardized High-Resolution Photographs for Client Documentation

15

Compare Results Against Ceramic Coating Manufacturer's Reference Samples

16

Verify coating thickness using non-destructive measurement tools

17

Complete final quality control checklist with detailed notes

18

Prepare recommendations for any necessary correction procedures

19

Apply Certification Labels Confirming Quality Control Completion

20

Transfer all documentation to client delivery portfolio

10 / 10 | Documentation and client presentation preparation

This final task involves comprehensive documentation of the entire ceramic coating process and preparation of a detailed presentation for Dr. Klaus Berger. The team meticulously documents every step of the coating application with high-resolution photography and detailed notes. They create a personalized maintenance guide specific to this Mercedes-AMG GT, including recommended products, washing techniques, and maintenance schedules to maximize the longevity of the ceramic coating. They prepare before-and-after comparison photos highlighting the enhanced gloss and depth achieved. Additionally, they compile light-metering measurements demonstrating improved reflection properties of the treated surfaces. The documentation package includes a certificate of authenticity with batch numbers of all products used, application date, and warranty information. They also prepare digital files for the client containing all documentation and a video walkthrough highlighting key features of the finished vehicle under various lighting conditions. The presentation will involve a personal handover with detailed explanation of care instructions and warranty terms.

1

Organize chronological documentation of each step of the refinishing process

2

Capture high-resolution photographs of the finished vehicle from multiple angles

3

Taking Close-Up Images of Complex Areas for Ceramic Coating Documentation

4

Create side-by-side before and after comparison photographs

5

Measure and Document Reflectivity and Gloss Readings

6

Compile Treatment Records Including Product Batch Numbers and Application Methods

7

Draft personalized maintenance schedule for Mercedes-AMG GT

8

Create detailed care instructions with recommended products and techniques

9

Generate official certification and warranty documentation

10

Design professional presentation folder with company branding

11

Prepare digital copies of all documentation on branded USB drive

12

Recording Vehicle Walkthrough Video

13

Create slideshow for client presentation showing the process from start to finish

14

Arranging Presentation Area with Proper Lighting to Showcase Mercedes-AMG GT

15

Prepare sample maintenance products for demonstration during presentation

16

Final Team Review of Documentation for Mercedes-AMG GT

17

Schedule client handover meeting at optimal time for lighting conditions

18

Rehearse presentation focusing on technical excellence and attention to detail