The PDF is a technical data sheet for Pink® Partition Commercial Thermal and Acoustic Insulation for Walls and Ceilings. Here’s a summary:

1. Product Description and Applications: Pink® Partition insulation is designed for commercial metal framed partitions, walls, and ceilings. It delivers exceptional thermal and acoustic performance and is typically used in partition walls of low and high-rise multi-residential buildings and commercial fit-out projects. It can also be used as a ceiling overlay for enhanced performance.

2. Physical Characteristics: The product comes in multiple densities, thicknesses, and dimensions to suit typical commercial steel framed studs and to satisfy a broad spectrum of building requirements. It is non-combustible and has a firm, rigid composition that allows for friction fitting, reducing installation time and costs.

3. Acoustic Performance: Pink® Partition insulation minimises sound transfer between walls and achieves excellent Rw and Rw+Ctr ratings. The higher the Rw rating, the better the sound isolation.

4. Fire-resistance Performance: Pink® Partition insulation is deemed non-combustible and therefore will not contribute to the fuel load of a building.

5. Maximum Service Temperature: Pink® Partition insulation has a maximum service temperature of 340˚C.

6. Moisture Absorption: Pink® Partition insulation absorbs less than 0.2% moisture by volume when exposed to environmental conditions of 50˚C and 95% relative humidity for four days.

7. Alkalinity: The product receives a rating of pH9 (pH7 is neutral) and will not promote or accelerate the corrosion of steel or galvanised steel studs provided they are protected from external contamination.

8. Safe to Use: Pink® Partition insulation is manufactured from FBS-1 Glasswool Bio-Soluble Insulation® and is safe to use in any residential, commercial, or industrial application.

9. Green Star Compliant: The product avoids the use of Ozone Depleting Potential (ODP) substances in its manufacture and ensures that no harmful levels of Volatile Organic Compounds (VOC’s) are released.