Kilargo KG1602AS
Graphite based intumescent combined fire and smoke seal. Features:
Application and selection
Check the product model, dimensions, substrate, service type and installation method against the relevant manufacturer documentation. Fire resistance ratings apply to tested assemblies; they are not a universal rating for the material alone.
- Ambient-temperature smoke sealing
- Intumescent hot-smoke sealing
- Compatible proprietary fire-door applications; verify door listing
- Acoustic sealing
Product specifications
| Application | Applied to the perimeter of fire door assemblies. When exposed to fire conditions, these strip seals expand to many times their original volume, sealing off the door perimeter to prevent the passage of hot smoke and other toxic gases. These seals also incorporate an offset fin to provide smoke control across all temperatures. |
|---|---|
| Use With | Used in conjunction with a Kilargo door bottom solution such as the IS8010si automatic door bottom or KP4204TF intumescent sweep type seal to provide a total door sealing system. |
| Materials | Kilargo high performance graphite based intumescent core with a co-extruded, asymmetric smoke and acoustic fin. Supplied with aggressive self adhesive backing. |
| Gap Size | Nominal 3mm |
| Sizes | Standard Lengths 50 metre coils |
| Finish | Standard Colour: Black |
| Fixing | The product can be simply retro-fitted to a steel frame, or set into a morticed groove in the door frame or the edge of the door leaf, using the aggressive self-adhesive backing tape. |
Technical documents
Documents are hosted on this website. Original technical, manufacturer, certification and emergency information is retained. Contact AODISI for sales enquiries.
PDF · Download Fact Sheet ↓PDF · Download Installation Sheet ↓Technical documents and related products
Use the Kilargo KG1602AS technical documents to check dimensions, installation and suitability. For intumescent fire seals and expanding fire protection materials selection, compare the following products in the same material category; matching categories do not imply interchangeability.