In this module, you will be introduced to the basics of textile finishing. You will learn about various types of finishing processes and fibre advantages and limitations. Next, a tutorial will take you through the principles of wrinkle-resistant finish.

In this module, you will be introduced to the performance evaluation of Wash-n-Wear fabrics, crease recovery and durable press rating. You will also learn about bending length and tensile strength. Next, a tutorial will take you through different types of catalysts, acids and salts.

In this module, you will be introduced to various non-urea based nitrogenous compounds and Baeyer's strain theory. A tutorial will also explain the reasons why formaldehyde is not preferred to be applied directly onto textiles and what are the alternative non-formaldehyde based compounds that are used in today's textile industry.

In this topic, you will be introduced to the various aspects of after-wash, formaldehyde scavengers and methylene links. You will also learn how to reduce or control formaldehyde release, explain how the neutralization of formaldehyde happens and describe the advantages of scavengers in foam. Next, a tutorial will take you through the principles of stiff and soft finish. You will also learn about the chemistry of softeners.

In this module, you will be introduced to the need for and mechanism of softening and different types of softeners. You also going to learn about surface-active agents and their need for emulsion formation. After that, you are going to discover anionic, cationic, amphoteric and non-ionic softeners. You will also learn about the importance of zeta potential in textile wet processing.

In this module, you will learn the meaning of waterproofing and water repellency. You will also discover how the waterproof finish is applied to a fabric and how it is tested. After that you will be introduced to the theory of water repellency and the relevance of Young-Dupre’ equation. Next, learn what cohesion and adhesion are as well as the chemistry of water repellents.

You must get at least 80% to pass.

In this module, you will be introduced to the waterproof breathable textiles. You will learn about their general characteristics and usage in the textile industry. After that, you will learn the meaning of soil repellency and soil release. Next, a tutorial will take you through the surface energy and chemistry of fluorochemicals.

In this module, you will be introduced to soil release finishing, the role of fluorochemicals and different compounds in soil release. After that you will learn about the burning process, mechanism of flame retardation and various fire retardant finishes in the textile industry.

In this module you will learn about diffrent flame retardants and the evaluation methods of fire retardancy used in today's textile industry. After that discover antimicrobial finish, different antimicrobial agents, application and evaluation processes.

In this module, you will be introduced to the wool structure, its chemistry and variations. You will also learn about wool shrinkage, directional frictional effect and milling process. After that you will learn what shrink resistant finish is and the methods of how to make a wool garment shrink resistant. You will also discover the evaluation methods of shrink resistance.

In this module, you will learn about wool setting processes such as decatising and crabbing. You will also discover wool steaming and reversibility of the steam. After that, you will learn about various mothproofing agents that are available in today's textile industry to protect wool garments from moths. Next, this tutorial will take you through enzymes and their role in biopolishing which is a finishing process in the textile industry.

In this module, you will be introduced to various synthetic fibres and finishes, their application and evaluation methods. Next, you will discover the need and application methods of antistatic. After that, you will learn about the reasons for low liquor application and different liquor application techniques used in the textile industry. Next, a tutorial will take you through the waste heat recovery process as well as different heat exchangers.

You must achieve at least 80% to pass this assessment.