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Firefence wood consists of both naturally Firefence tree species and wood materials that have undergone special treatments. Today, Firefence wood is preferred in many industries to meet safety standards while providing aesthetic solutions. But how is wood made Firefence? Which types are more durable? What solutions does Novawood offer? We answer all these questions in detail in this article.
Firefence wood refers to wood types that have been specially treated to increase their flame resistance or are naturally more resistant to fire.Methods such as pressure impregnation or thermal modification can increase its ignition temperature and reduce fire risk. These processes slow down the rate of flame spread, minimize smoke formation, and allow the wood to maintain its structural integrity for a longer period during a fire.
Firefencewood is commonly used in exterior cladding, interior decorations, commercial buildings, and public facilities where high security is required. Novawood produces Firefence ash, pine, ayous, iroko, and tulipwood, all tested in accordance with international standards such as EN 13501-1, TS EN 13823, and TS EN ISO 11925-2, ensuring their safety. Below, we provide detailed information on these topics.
Wood naturally has a certain level of flammability. However, it can be made Firefence through specific treatments that increase its ignition thresholds and prevent fire spread. Techniques like pressure impregnation and thermal modification enhance the Firefence of wood.
Firefence woods consist of species that either naturally exhibit high resistance or have undergone special treatments to enhance their durability. These wood types are used across different sectors to minimize fire risk and improve building safety.
Ash : With its hard and dense structure, it withstands high temperatures and is commonly used in interior and exterior applications.
Pine: Fire resistance is increased through thermal treatment and pressure impregnation, making it ideal for exterior and interior applications.
Ayous : Although lightweight and flexible, it becomes Firefence through special treatments. Its aesthetic appeal makes it a preferred choice for interior design.
Iroko: Naturally rich in oils, it resists fire effectively. It is frequently used in outdoor applications, especially near pools and in decking.
Tulipwood: Tulipwood is a sustainable hardwood with a plain grain structure, dark caramel color, and lightweight properties, ideal for outdoor use. Its long lengths offer better planning flexibility, making it a great choice for construction projects.
Firefence wood includes naturally durable species or those strengthened through special treatments. Among them are ash, pine, ayous, iroko, and tulipwood, all of which have features that delay combustion and prevent flame spread.
Firefence Wood Production Processes. Firefence wood is typically manufactured using two main methods:
Thermal Modification: The wood undergoes thermal processes that improve its properties and enhance its durability through a non-chemical process.
Pressure Impregnation: Pressure impregnation uses Burnblock, a non-toxic, water-based fire retardant that is safe, flexible, and effective for various materials and manufacturing processes. It enhances ignition resistance and prevents flame spread.
Additionally, thermal modification alters the organic structure of wood, slowing its burning rate and increasing its resistance to carbonization. This controlled charring process helps prevent the spread of fire.
Novawood’s ash, pine, ayous, iroko, and tulipwood have been tested according to EN 13501-1:2018, TS EN 13823:2020, and TS EN ISO 11925-2:2020 standards and have met the required fire-resistance criteria.
ASH : Fire reaction class B-s1, d0
PINE: Fire reaction class B-s1, d0
AYOUS: Fire reaction class B-s1, d0
IROKO: Fire reaction class B-s1, d0
TULIPWOOD: Fire reaction class B-s1, d0
These test results confirm the high fire retardancy of Novawood’s wooden solutions.
For detailed information, visit: https://novawood.com/fire-test-results
The production and use of firefence wood must comply with specific standards. The most important fire retardant standards include:
EN 13501-1:2018 – A European standard for classifying the fire reaction of building materials.
TS EN 13823:2020 – A standard that tests the fire resistance of wood materials.
TS EN ISO 11925-2:2020 – A test for single-flame source exposure.
These standards help determine the fire behavior of wood under different conditions and guide its appropriate usage areas.
The most common areas where fire-resistant wood is used, along with its advantages, are as follows
Firefence Wood in Facade Cladding Exterior Cladding and Decking
Used in exterior cladding and decking, Firefence wood enhances building safety and minimizes the risk of fire spreading.
Frequently chosen for modern architectural designs, it is a long-lasting and environmentally friendly solution.
Firefence Wood for Interiors
Used in hotels, restaurants, commercial buildings, and residential interiors.
Adds a warm atmosphere while ensuring fire safety.
Aesthetic and Environmental Benefits of Firefence Wood
Provides both safety and natural aesthetics.
A sustainable material that reduces the carbon footprint when sourced from responsibly managed forests.
Novawood offers firefenceThermowood solutions that provide both safety and longevity without compromising aesthetics.