Farrat Verlimber (VR)
6Pages

DATA SHEET VERLIMBER VR16 (Cyan) Expanded Polyurethane Vibration Isolation Foam FARRAT VERLIMBER RANGE: Increasing Acoustic Performance Why choose Farrat VR16? Farrat Verlimber is a range of premium grade vibration isolation materials used for low pressure applications. It is produced from high quality polyurethane using an innovative blown expansion method. Increasing Load Bearing Capacity Farrat Verlimber VR16 provides excellent low frequency vibration isolation whilst withstanding high repeated strains without loss of performance. This allows very high levels of acoustic performance to be achieved in lightweight structures. Features ❫ High resilience with very good low frequency isolation and damping performance. ❫ Excellent for repeated compression cycle applications (up to 45% strain) ❫ Long working lifetime (>60 years) ❫ Waterproof and non-absorbing ❫ Available in 270 grade (VR27) and 385 grade (VR38) for higher pressures Can be supplied as full sheets, cut to size pads and strips (including holes and slots if required) according to the customer's requirements. Applications Farrat Verlimber VR16 can be used in a wide range of noise and vibration applications, such as: Full Area ❫ Full building (raft-slab) ❫ Soil pressure bearing support ❫ Movement joints Strips ❫ Partition loading ❫ Corbels ❫ Timber frame supports Pads ❫ Bespoke low-load isolation ❫ Steel/timber frame isolation ❫ General anti-vibration pads For more information on using Verlimber VR16 (including standard details), please see the following Farrat Technical Brochures: Applications - Cinemas Applications - Timber Stadia Seating Available to download at: www.farrat.com Verlimber VR16 used to isolate light-weight timber structures See Farrat Application Document AVP-PLAS-14a for more information. Verlimbe

* Indicates value quoted has been converted from an equivalent standard, or where no standard exists, describes the methodology. Availability THICKNESS Typical Lead Times STOCK Isolation Efficiency (Transmissibility) Data based on material damping specific, single degree of freedom model. Model applies to all thicknesses. All information in this datasheet is for guidance only based on current knowledge and may be subject to change and correction. at Farrat Engineering Excellence

DATA SHEET VERLIMBER VR27 (Violet) Expanded Polyurethane Vibration Isolation Foam FARRAT VERLIMBER RANGE: Increasing Acoustic Performance Why choose Farrat VR27? Farrat Verlimber is a range of premium grade vibration isolation materials used for low pressure applications. It is produced from high quality polyurethane using an innovative blown expansion method. Increasing Load Bearing Capacity Farrat Verlimber VR27 provides excellent low frequency vibration isolation whilst withstanding high repeated strains without loss of performance. This allows very high levels of acoustic performance to...

* Indicates value quoted has been converted from an equivalent standard, or where no standard exists, describes the methodology. Static Deflection Availability THICKNESS Typical Lead Times STOCK Isolation Efficiency (Transmissibility) All information in this datasheet is for guidance only based on current knowledge and may be subject to change and correction. Engineering Excellence

DATA SHEET VERLIMBER VR38 (Graphite) Expanded Polyurethane Vibration Isolation Foam FARRAT VERLIMBER RANGE: Increasing Acoustic Performance Increasing Load Bearing Capacity Farrat Verlimber is a range of premium grade vibration isolation materials used for low pressure applications. It is produced from high quality polyurethane using an innovative blown expansion method. Farrat Verlimber VR38 provides excellent low frequency vibration isolation whilst withstanding high repeated strains without loss of performance. This allows very high levels of acoustic performance to be achieved in...

CHARACTERISTICS TEST STANDARD PROPERTIES UNIT Typical Lead Times All information in this datasheet is for guidance only based on current knowledge and may be subject to change and correction. Engineering Excellence