REFIAL®TEC for fireplace surrounds and chimney casings
REFIAL®TEC boards are strong, light and large size fiber cement calcium silicate insulation and construction boards. REFIAL®TEC is a professional fireproof low density panel for indoor high fire resistant requirement. REFIAL®TEC boards are hygroscopic and vapor-permeable and asbestos free.
REFIAL®TEC boards offer a wide range of solutions and are certified to cover all needs of the construction industry. REFIAL®TEC is used in industrial and civil construction for high fire rated performance, such as partition, ceiling, ductwork, structural steel, E&M service enclosures, fire doors, external wall fire protection.
REFIAL®TEC has perfect high temperature performance. It can stand temperatures up to 1180°C. REFIAL®TEC boards has low thermal conductivity at normal and high temperatures. REFIAL®TEC large-sized boards are therefore also ideal for noncombustible and high temperature resistant self-supporting fireplace surrounds and chimney casings.
REFIAL®TEC boards have a pre-decorative finish ( smooth finish in a light grey/yellow color of the external side) and can be direct painted and or finished with REFIAL® -FINISHING products. REFIAL®TEC is covered by a harmonized standard: EN 14306: 2009 A1: 2013; FIW (Forschungsinstitut für Wärmeschutz e.V. München) of Germany with CE notified certification body no. 0797, performed the tests for the relevant properties. The DOP (declaration of performance) is available on request.
Can be direct painted and or finished with following range of REFIAL® – Finishing products :
- REFIAL® -GLUE 1000
- REFIAL® -JOINTFILLER
- REFIAL® -PRIMER
- REFIAL® -FINISHER
- REFIAL® -PAINT
Benefits and features
- Strong and light fibre cement calcium silicate boards
- Large size boards ( 1220 X 2440 X 9 – 24 mm )
- Pre-decorative finish
- Fireproof and high temperature resistant
- Tested to CE standards in 3rd party conditions
- A1 non combustibility classification
- Can stand temperature up to 1180°C
- Low thermal conductivity
- Very low thermal shrinkage and expansion
More information including Data sheets can be found here