Firwin SW1800 is a unique insulating blanket material with excellent performance in high-temperature applications with stability and resistance to chemical attack. SW1800 is unaffected by incidental spills of oil or water. Thermal and physical properties are restored after drying. This product has been specially developed to meet the demanding health and Safety requirements of the European Union.
Features
Resistant to thermal shock
Provide low thermal conductivity and low heat storage
nhanced solubility in body fluids
cleaned during production to remove any organic matter to minimize out-gassing On initial startup.
Firwin Plus uses a patented technology that manufactures high temperature insulation wool with low bio- persistence.
Firwin Plus is an Alkaline Earth Silicate (CAS number: 329211-92-9) offering the same benefits as our standard FWN 1800 but with improved handling strength and enhanced thermal properties.
Firwin Plus
Is manufactured from pure raw materials using a new manufacturing technology.
Has enhanced thermal properties; large nuisance dust particles have been effectively eliminated making the product soft to the touch and less irritating during use.
(2) FIRWIN aramid fiber based textiles are excellent alternatives to both asbestos and fiberglass in specific applications.
It has become the product of choice among industrial pipe insulators as it has an insulation value twice that of fiberglass and four times better than asbestos (see accompanying chart). Plus, it is extremely light in weight for ease in handling. And because aramid is the same fiber used in race car driver suits and firefighters' gear, it has proved to be a safe, non-irritating product.
FWNFT is an excellent choice for moderately high-temperature applications to 650ºF (330ºC).
ROXUL® products are mineral wool fibre insulations made from basalt rock and slag. This combination results in a non-combustible product with a melting point of approximately 2150ºF (1177ºC), which gives it excellent fire resistance properties. ROXUL mineral wool is a water repellent yet vapour permeable material.
Description & Common Applications:
The RHF™ series of products are non-combustible mineral wool insulation boards that are lightweight, water repellent and designed to allow for various application requirements. This series of products can be fabricated to different dimensions while still retaining all their fire, water and thermal values, A major ...
Firwin 8Lb Mineral Fibre Board are made from basalt rock and slag. The combination results in a non- combustible product with a melting point of approx. 2150ºF [1177ºC] which gives excellent fire resistance properties. Firwin mineral fibre is water repellant yet water vapour permeable.
Description & Common Applications
This product is a non-combustible, rigid mineral wool insulation board that is lightweight, water repellent and designed for high temperature applications where durability and compressive resistance is required. Common applications include protection where high temperature, fire resistance and moisture resistance are concerns.
Firwin 2025 Vermiculite is a medium weight, plain weave fiberglass fabric coated with a vermiculite compound that imparts excellent resistance to high temperatures.
Uses
Can be used as a flame or heat barrier material on many applications where high cost silica or ceramic fabrics have been used previously.
(4) Firwin 1200 Insulation is a mechanically bonded glass fiber insulating blanket that provides
reliable, superior performance at temperatures up to 1,200ºF. Manufacturing controls include
use of carefully selected long glass textile fibers to ensure uniformity of mechanical bonding without additional binders and a finely engineered needling process that creates uniform insulating efficiency during extended exposure to elevated temperatures.
Firwin 1200 Insulation offers good drapeability, conforming to irregular surfaces with ease. It is odorless, does not contribute to metal corrosion, and resists decay, mold, and vermin. It offers excellent sound absorption properties and resistance to vibration without ...
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