Gasket Application provides a comprehensive overview of gasket application and installation, targeted towards skilled craftsmen. This course covers various types of gaskets, their applications, and installation methods. It also includes troubleshooting techniques for gasket failures, supported by case studies that highlight best practices in the field.

Learning Outcomes:

• Understand how a gasket creates a seal
• Identify different types of gaskets
• Understand how gaskets may be used in non-sealing applications
• Apply best practices to gasket installation
• Effectively troubleshoot gasket failures

Who Should Attend?

Engineers
Maintenance Professionals
Managers

Knowledge Level:

Introductory

Completion Certificate:

5 PDH

Chapter Summaries:

CHAPTER 1: WORKING PRINCIPLES OF GASKETS

This chapter describes the working principles of gaskets and the major components of a typical gasket joint. It discusses fasteners and pressure boundary components, detailing their requirements and roles in ensuring secure and efficient sealing. The chapter provides a comprehensive overview of these critical elements, essential for maintaining integrity and performance.

CHAPTER 2: SPIRAL WOUND GASKETS

This chapter provides an in-depth explanation of spiral wound gaskets, detailing their various classifications, common winding materials, and filler materials. It discusses key considerations when choosing a spiral wound gasket, supported by case studies and gasket sizing solutions. Additionally, the chapter covers proper gasket installation and troubleshooting methods for inspecting used gaskets.

CHAPTER 3: FLAT GASKETS

This chapter explores flat gaskets by detailing their description, characteristics, and applications. It discusses key considerations for gasket material selection, focusing on gasket pressure, operating pressure, and hydrotest pressure. The chapter also covers various gasket manufacturing methods and the installation procedure for flat gaskets, providing case studies and troubleshooting guides for practical insights and solutions.

CHAPTER 4: METAL GASKETS

This chapter focuses on metal gaskets, specifically Ring Type Joint (RTJ) gaskets. It discusses their features, surface finish requirements, and installation procedures. The chapter also covers other types of metal gaskets, briefly explaining their features and applications, providing a comprehensive overview of metal gasket solutions.

CHAPTER 5: SEMI-METALLIC GASKETS

This chapter discusses various types of semi-metallic gaskets, detailing their specific features. It covers metal-reinforced non-metallic gaskets, corrugated gaskets, jacketed gaskets, grooved metal gaskets with covering layers, and spring-energized seals. The chapter provides a comprehensive overview of these gaskets, highlighting their unique characteristics and applications.

CHAPTER 6: O-RING SEALS

This chapter provides a comprehensive exploration of O-ring seals, explaining their construction, advantages, limitations, and various types. It discusses seal materials and their compatibility with different pump types. The chapter addresses the use of back-up rings in conjunction with O-rings in pumps, detailing installation procedures and lubrication instructions for effective sealing, and includes troubleshooting guides for diagnosing and resolving issues related to O-ring seals in pump applications.

CHAPTER 7: SEALANTS AND GASKET ELIMINATORS

This chapter explores various types of sealants and gasket eliminators, discussing their features and application locations in pumps. It provides an overview of different sealant types, including their composition and sealing properties relevant to mechanical engineering applications. The chapter highlights specific areas within pumps where these products are commonly applied, offering practical insights into enhancing sealing efficiency and reliability.

CHAPTER 8: GASKETS IN DIFFERENT APPLICATIONS

This chapter discusses various gaskets used in different applications. It explores spiral wound gaskets used as compensating gaskets, detailing their applications and installation procedures. The chapter also covers O-rings used as compensating gaskets, explaining their specific roles and procedures for installation. It provides insights into how these gasket types contribute to effective sealing in various mechanical and industrial applications.

This is an on-demand pay-per-view course (one-time access to each course segment for a period of 30 days from first login).
Duration: 10-14 Hours
Instructor: David Lies