Passive Fire Safe India

“DousedFire” - Home grown brand from M/s Universal Enterprises, in reckoning in the field of passive fire prevention has been founded under "Make In India" vision of our Hon PM Shri. Narendra Modi, Mr Ashit with his humble beginning into field of electrical and electronics dealerships started, ”DousedFire” in the year 2018. With over 25 years of industrial experience Mr Ashit has championed the art of understanding the pain points of his customers. In pursuit of his goal of making Indian Assets Fire resistant and to give golden moments to escape in case of any eventuality “DousedFire” Products have formulated. With 100% home-grown formulation “DousedFire” products meet and exceed all national and international standards for passive fire prevention, to the extend of being certified as an ISO 9001-2015 Company,

What is passive fire Prevention?

Passive fire prevention refers to the measures that are taken to slow down the spread of fire, and to protect people and property from its effects. Passive fire protection measures do not require any active intervention or operation to work, they are designed to provide protection automatically when a fire occurs. Examples of passive fire protection include fire-resistant walls and ceilings, fire doors, fireproofing materials, fire-rated glass, and smoke seals. These systems are typically installed during the construction of a building and are tested to ensure that they meet required fire safety standards. The goal of passive fire prevention is to create a safe environment for building occupants and to give fire-fighters more time to respond to a fire, to minimize damage and potential loss of life.

The use of passive fire prevention measures dates back to ancient times when fire was one of the biggest threats to life and property. Over the centuries, various cultures and civilizations developed various methods of fireproofing buildings and materials to protect against fire. Some examples include the use of clay and mud for fireproofing in ancient Greece and Rome, and the use of fire-resistant materials, such as stone and brick, in medieval Europe.

In the 20th century, advances in building materials and fire science led to the development of modern passive fire protection systems. The use of fireproofing materials, such as intumescent coatings, fireproof cable and conduit, and fireproof enclosures, became more widespread, and fire safety regulations and codes were established to ensure the proper use and installation of these systems.

Today, passive fire protection is an integral part of building design and construction, and is an essential component of fire safety. The development of new materials, products, and technologies continues to improve the effectiveness of passive fire protection systems, helping to protect people and property from the dangers of fire.

There are several types of passive fire coatings used in building construction to provide fire protection:

Intumescent coatings: These coatings expand when exposed to heat, forming a protective layer over the underlying material to slow down the spread of fire.

Ceramic coatings: These coatings are made of fire-resistant materials and are used to provide insulation and fireproofing on structural steel.

Cementations coatings: These are fireproofing materials made from a mixture of cement, aggregate, and fire-resistant additives.

Vermiculite and Perlite-based coatings: These are fireproofing materials made from naturally occurring minerals that expand when exposed to heat.

Fireproof paint: This type of coating is used to provide a fire-resistant finish on walls and ceilings, helping to slow down the spread of fire.

Intumescent paint: This type of paint expands when exposed to heat, forming a protective layer over the surface it is applied to.

Each of these passive fire coatings has specific properties and applications, and the best option for a particular project will depend on the specific requirements and building codes.

Passive fire prevention codes refer to the regulations and standards that govern the design, installation, and maintenance of passive fire protection systems in buildings. These codes aim to ensure that buildings are constructed in a way that provides adequate protection against fire and promotes the safety of occupants and first responders. Some common examples of passive fire prevention codes include:

• International Building Code (IBC)
• National Fire Protection Association (NFPA) codes
• American Society for Testing and Materials (ASTM) standards
• Underwriters Laboratories (UL) standards

Each country, state, or region may have its own specific fire codes, which are based on local fire safety requirements and building codes. Building designers, contractors, and fire protection professionals must be aware of these codes and standards to ensure that their projects meet the necessary fire safety requirements. Regular inspections and tests are also conducted to ensure that passive fire protection systems continue to function properly and provide adequate protection over time.

Passive fire prevention for electrical systems:

Passive fire protection for electrical systems refers to the measures taken to protect electrical equipment and wiring from fire damage. The goal of passive fire protection for electrical systems is to prevent the spread of fire, to minimize damage to the electrical system, and to ensure that the electrical system continues to function during and after a fire.

Some common examples of passive fire protection for electrical systems include:

Fireproof enclosures:

Fireproof enclosures are used to protect electrical equipment, such as switchgear, transformers, and panels, from fire damage.

Fireproof conduit: This type of conduit is made of fire-resistant materials and is used to protect electrical wiring from fire damage.

Fireproof cable: This type of cable is made of fire-resistant materials and is used to protect electrical wiring from fire damage.

Fireproof barriers: Fireproof barriers, such as fire-resistant walls and ceilings, are used to create fire-resistant compartments to prevent the spread of fire within a building.

Fireproof cable trays: These trays are made of fire-resistant materials and are used to support electrical wiring, helping to prevent the spread of fire.

In addition to these passive fire protection measures, electrical systems in buildings must also comply with local building codes and fire safety regulations, which may include fire resistance ratings, smoke detection and fire alarm systems, and emergency lighting systems.

Passive fire protection systems for industries:

Passive fire protection systems in industries refer to the measures taken to prevent or slow down the spread of fire. These systems are designed to maintain the structural integrity of a building and create a safe escape route for occupants in case of a fire. Some common examples of passive fire protection systems include fire-resistant walls, fire doors, fire-rated glass, fireproofing sprays, and fireproofing materials for structural steel. These systems are typically installed during the construction of a building and are tested to ensure that they meet required fire safety standards.

We at M/s Universal Enterprises (AN ISO 9001-2015 COMPANY), which is dedicated to providing absolute quality products & services in the field of Passive Fire Retardant Coatings, under the brand name of “DOUSEDFIRE”, some of our product ranges are,

• ✓ “DousedFire” – 2 Hour rated Fire Retardant Paint for Structural Steel Metals etc.
• ✓ “DousedFire” – FRLS PVC Additive Powder.
• ✓ “DousedFire” – Intumescent Cable Coating.
• ✓ “DousedFire” – Fire Retardant Transparent Coating for Fabric,.
• ✓ “DousedFire” – Fire Retardant Transparent Coating for Raw & Laminated Wooden Surfaces.
• ✓ AND MANY MORE PRODUCTS.

All these are backed by Government recognized Laboratory Test Certificates