HAWK Pan FireBoard

HAWK PAN
FIRE BOARD

Hawk Pan calcium silicate fire board systems are fire-resistant, lightweight, clean, and easy to install, making them ideal for a variety of building projects.

Features

Exceptional Quality

Sound insulation

Waterproof and moisture-proof

Fire retardant

Energy saving

Easy to install

Anti-mildew and antibacterial

INTRODUCTION

Passive Fire Protection

Depending on its location and function within a building, a wall, ceiling and E&M enclosure may need to meet various requirements during a fire. Fire-resisting walls that partition spaces and enclose compartments must act as a barrier to prevent the spread of fire from either side. Therefore, it is essential for these walls to meet all relevant criteria: integrity, insulation, and, if applicable, load-bearing capacity; all from both sides for the specified fire resistance duration.

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Fire Compartmentation

Fire-resistant partitions serve as a means of compartmentalization, effectively separating various fire hazards.

2 Fire resistant party walls
and Ceiling

One cannot control the fire risks posed by neighbors who share a common wall delineating different properties. Fire-resistant party walls and ceiling are essential in preventing the spread of fire from one unit to an adjacent one, thereby enhancing safety for all occupants.

These products provide exceptional thermal insulation and fire protection across numerous applications. They are particularly well-suited for internal partitions, ceilings, and electrical and mechanical enclosures, especially within drywall construction.

In addition to protecting lives and assets, Hawk Pan help conserve space and energy, reduce CO2 emissions, and enhance overall efficiency.

Designed to safeguard timber, concrete, or steel structures, these boards can also function as self-supporting elements, such as partition walls and ceilings. With their aesthetically pleasing finish, they serve as an all-in-one architectural feature that facilitates quick construction while optimizing space.

Manufactures Certification

Hawk Pan under a Quality Management System compliant with the International Standard ISO 9001:2008.

TESTING AND THIRO-PARTY
CERTIFICATION

Hawk Pan calcium silicate board systems have been rigorously tested and evaluated to comply with the following standards:

Australia Standard AS 1530.4
BS476: Part 20 & 22
BS EN 1364: Part 1 & 2
BS EN 1365: Part 5

INFO

Standard specification: 1220mm*2440mm
Thickness: 6mm-25mm
Apparent density: 2.1±0.1
Combustion performance: non-flammable A1 grade (GB8624-2012)
Asbestos content: asbestos-free
Radioactive nuclide limit: meets the requirements of Class A decorative materials
Sound insulation function: STC 48, 45, 53,58, 59

Product Petails

Fire-resistant Hawk board (fiber-reinforced silicate board) is a specialized fireproof low-density lightweight green board made from calcium materials, silicate materials, and plant fibers as the main raw materials, formed through molding, high temperature, and steam curing. It has strong fire resistance and flame retardant functions, is lightweight and high-strength, moisture-resistant, weather-resistant, and produces no toxic smoke when exposed to fire, among other advantages.

Key Benefits of Hawk Pan:

Fire-resistant
Extremely low thermal conductivity
Excellent mechanical integrity
Minimal shrinkage
Non-combustible
Corrosion-resistant
Impact-resistant
Moisture-resistant
Low to no maintenance required
Environmentally friendly and safe
Compliant with international fire protection standards
High thermal resistance and stability up to 1,100 degrees Celsius

1. Basic knowledge

Sound is the vibration of an object that is felt through the human auditory organ. Acoustics involves many disciplines such as natural science, psychology, and art. The normal hearing frequency range of the human ear is 20 - 20KHz, 5OOHz and below is low frequency, 500Hz - 2000Hz is medium frequency, and 2000Hz is high frequency. The sound level is used to describe the size of the sound, which is calculated by adding the sound of each frequency. Generally, the A sound level is used. The hearing sound level range of the human ear is 0-120dB. Below 15dB is an extremely quiet environment, 25-30dB is a quiet environment, 30-35dB is a quiet environment, and above 40-50dB is a noisy environment. Noise damages hearing, affects health, and interferes with work and normal life, so it should be controlled. The sound insulation of a wall is an indicator of the wall's ability to isolate noise. The larger the value, the better the sound insulation effect.

2. Principle of air sound insulation

Drywall adopts double-layer wall or multi-layer composite structure, leaving a certain air gap between the wall surfaces. Due to the elastic layer effect of the air layer, the sound insulation of the total wall can exceed the mass law and meet the requirements of the design specifications. Placing sound-absorbing materials in the air layer of the drywall will further improve the sound insulation of the drywall. Rock wool and glass wool have good sound absorption performance and can be used as filling materials in soundproof drywall. The flexible sealing connection structure of the drywall not only ensures the elastic layer effect of the air layer, but also effectively avoids the existence of sound bridges (sound bridges cause sound reduction). The drywall uses two boards of different thicknesses or densities to prevent the two boards from matching at the same time. The matching valleys of the two panels are staggered, thereby improving the sound insulation performance of the wall.

3. Inspection standards

The air sound insulation of HAWK Pan partition walls complies with the "Building Sound Insulation Evaluation Standard" (GB/T19889.3-2005) HAWK Pan partition wall air sound insulation testing complies with the "Sound Insulation Measurement of Acoustic Buildings and Building Components" (GB/T19889.3-2005)

3. Inspection standards