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The Basics Of Surface Treatment Technologies
Published 2/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.50 GB | Duration: 4h 18m

Coatings, Finishing, Painting, Product Integration, Facility Integration, Surface Treatments

What you'll learn

Ability to understand impact of the various product designs to coatings

Ability to implement new product in surface treatment's, coatings & finishing.

Ability to implement new facility in surface treatment's, coatings & finishing.

Ability to understand and explain most of the known surface treatment's, coatings & finishing.

Ability to choose correct coating on the products made of various materials

Ability to draw connections among history and surface treatments

Ability to create a technological & work processes

Requirements

No skills, experience, tools or equipment is needed prior to taking this course

Description

Surface treatment is the systematic change of material properties by applying different types of materials using physical, chemical, or physical-chemical processes. The aim is to achieve a product surface more resistant to external atmospheric influences, better durability. Surface treatment improves corrosion and abrasion resistance, hardness, and visual appearance.The goal of this course is to increase awareness of surface treatments to general audience and provide missing theoretical information to professionals, corrosion engineers, surface treatment specialist and people working with coating technologies.The course is separated to multiple courses. Courses has been divided into the few main areas. They describe main history milestones and persons which influence surface treatments. Coatings history is described from dawn of mankind till 20th century. Following courses covering main materials used in manufacturing companies, product integration, facility integration. Course number five describe the most common surface pre-treatments, from mechanical surface pre-treatment up to ultrasonic cleaning. Following courses describes Inorganic coatings, for example anodic oxidation. Thermo-Chemical Surface Treatments such as Nitriding or Boriding. Organic Coatings is focused on painting with paints. Thin Films Depositions talks about interesting surface treatments such as sputtering or evaporation. Surface Treatments of Electrical Vehicles and Batteries cover a coatings used in manufacturing companies which produce EV vehicles. Other Types of Surface Treatments and Coatings, and last three courses deal with various special types of coatings, such as Chemical Milling, Spin Coating, Diamond Like Carbon Coating, Three-dimensional overlay process, Vantablack Application. Course Future of Surface Treatments is trying to predict, which way coating and finishing industry will go. I do wish you good time watching and hope you will enjoy it.I do believe, that the field of surface treatment is very interesting, and we all see the results of coating technologies all see around us.

Overview

Section 1: General Introduction

Lecture 1 The Introduction

Section 2: The History of Surface Treatments

Lecture 2 The Introduction

Lecture 3 Dawn of Surface Treatments

Lecture 4 From 10th Century to Newton

Lecture 5 From 18th Century to Du Pont

Lecture 6 20th Century and Max Winkelmann

Lecture 7 Thanks and References

Section 3: The Materials in Manufacturing Processes

Lecture 8 The Introduction

Lecture 9 The Metals

Lecture 10 The Plastics & Composite Materials

Lecture 11 The Paints, Varnishes and Chemical Materials

Lecture 12 The Natural Materials, Concreate, Glass and Rubber

Lecture 13 Thanks and References

Section 4: The Product Integration in Surface Treatments

Lecture 14 The Introduction

Lecture 15 The Feasibility Analysis and 3D Development

Lecture 16 The Initial Documents in Surface Treatment

Lecture 17 The Virtual Phase, Jigs, and Fixtures Development

Lecture 18 The Prototype Production Phase

Lecture 19 Thanks and References

Section 5: The Manufacturing Facility in Surface Treatments

Lecture 20 The Introduction

Lecture 21 The Manufacturing Facility Integration

Lecture 22 Thanks and References

Section 6: The Surface Pre-treatments

Lecture 23 The Introduction

Lecture 24 The Mechanical Surface Pretreatments

Lecture 25 The Chemical & Physical Surface Pretreatments

Lecture 26 Thanks and References

Section 7: The Inorganic Surface Treatments

Lecture 27 The Introduction

Lecture 28 The Inorganic Surface Treatments

Lecture 29 Thanks and References

Section 8: The Thermo-Chemical Surface Treatments

Lecture 30 The Introduction

Lecture 31 The Thermo-Chemical Surface Treatments

Lecture 32 Thanks and References

Section 9: The Organic Coatings

Lecture 33 The Introduction

Lecture 34 The Organic Coatings

Lecture 35 Thanks and References

Section 10: The Thin Films Deposition

Lecture 36 The Introduction

Lecture 37 The Thin Films Deposition

Lecture 38 Thanks and References

Section 11: The Surface Treatments of Electrical Vehicles and Batteries

Lecture 39 The Introduction

Lecture 40 The Surface Treatments of Electrical Vehicles and Batteries

Lecture 41 Thanks and References

Section 12: The Other Types of Surface Treatments and Coatings, Part 1

Lecture 42 The Introduction

Lecture 43 The Other Types of Surface Treatments and Coatings, Part 1

Section 13: The Other Types of Surface Treatments and Coatings, Part 2

Lecture 44 The Other Types of Surface Treatments and Coatings, Part 2

Section 14: The Other Types of Surface Treatments and Coatings, Part 3

Lecture 45 The Other Types of Surface Treatments and Coatings, Part 3

Lecture 46 Thanks and References

Automotive professionals,Corrosion Engineers,Project Managers,Technology Engineers,Technology Managers,Technical University Students,Suppliers of Paint Facilities,Coating Technologist,General Audience,Painters

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