Wood Floor Drying – Techniques for the Building Restoration Drying – 9th December 2025

$599.00

Understanding, Testing & Drying Wood Flooring After Water Damage

Wood flooring presents unique challenges during water damage restoration due to its organic composition, sensitivity to moisture, and risk of irreversible damage if not handled correctly. This course provides restoration professionals with the essential knowledge and field-proven techniques to assess, monitor, and dry wood flooring systems in both residential and commercial settings.

Participants will explore the behaviour of solid, engineered, and laminate wood floors when exposed to moisture, with a focus on the principles of hygroscopic movement, equilibrium moisture content (EMC), and the use of industry-standard testing and drying methods.

Aligned with IICRC S500, ASTM, and Australian Standards (AS 1884, AS 1080.1), the course integrates hands-on training with practical application of pin and pinless meters, thermal imaging, tenting systems, and remote monitoring tools. Health and safety considerations, documentation, and compliance with the NCC and manufacturer requirements are also addressed.

Ideal for restoration technicians, flooring contractors, and building inspectors, this course enhances professional capability and reduces the risk of costly reinstallation or insurance claims.

Availability: 14 in stock

Overview:
Wood floors are one of the most challenging materials to restore after water damage due to their sensitivity to moisture, construction complexity, and risk of permanent deformation. This hands-on course equips restoration professionals with practical techniques and standards-based approaches to properly assess, dry, and document water-damaged wood flooring systems.

Learning Outcomes: Participants will:

Understand how different wood species (e.g., oak, pine, bamboo) respond to moisture

Learn the principles of kiln drying and equilibrium moisture content (EMC)

Apply the correct methods to dry solid, engineered, and hybrid wood floors

Use pin-type, pinless, and thermographic moisture testing tools accurately

Implement drying systems such as floor mats, tenting, and desiccant dehumidifiers

Conduct thorough moisture mapping and documentation

Align drying strategies with standards including IICRC S500, AS 1884, AS 1080.1, and ASTM F2170

Address safety and health concerns, including silica dust compliance during subfloor access

Target Audience:

Water Damage Restoration Technicians

Flooring Installers and Contractors

Building and IAQ Inspectors

Insurance Assessors and Consultants

Course Modules:

Introduction to Wood Flooring Systems

Wood Species Identification & Moisture Behaviour

Kiln Drying vs. On-Site Drying

Moisture Testing Methods & EMC

Drying Equipment & Strategies (Mats, Tenting, Desiccants)

Safety, Silica Dust, and WHS Compliance

Documentation, Standards, and Legal Considerations

Real-World Case Studies and Assessment

Standards Referenced:

IICRC S500: Professional Water Damage Restoration

AS 1884: Resilient Flooring Installation

AS 1080.1: Timber – Moisture Content Testing

ASTM F2170: In-situ RH Testing in Concrete

Introduction to Wood and Moisture

Understanding Wood Floor Systems (Solid, Engineered, Hybrid)

How Wood Reacts to Moisture – EMC and Expansion

Water Intrusion Scenarios and Classification (S500)

Moisture Measurement Techniques

Drying Technologies and Approaches

Safety, PPE & Site Controls

Monitoring, Documentation, and Standards Compliance

Case Studies & Problem Solving

Assessment / Certification

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