The National Day Hotel Is Fully Booked, And This "fireproof Jacket" Is Hard Core And Flame-retardant, Providing A Sense of Security!

During the National Day holiday, tourism became extremely popular, and major hotels also experienced a peak in passenger flow, with overcrowding becoming a common phenomenon. However, behind this bustling scene, hotel fire safety must not be slackened in the slightest! In the current era of frequent fires in high-rise hotels, countless hotels have been plunged into safety crises.

Aging circuits, overloaded electricity, and non-standard installations can all become the trigger for fires. Once a fire breaks out, flames will quickly spread through the complex structure and numerous combustibles of the hotel, with thick smoke billowing and blocking the sky.

The bedding and curtains in the guest rooms, as well as the tables, chairs, and decorations in the dining room, have all become accomplices in fueling the flames. However, hotels are densely populated, and many travelers are unfamiliar with the environment, making it easy for overcrowding and trampling to occur during evacuation.

If the fire escape is blocked by debris, the aging and failure of fire-fighting facilities will make rescue even more difficult. At the same time, fire-resistant and flame-retardant building materials are used to ensure smooth fire exits. The fire resistance of building materials directly determines the speed of life and death in a fire.

PART-01

The 'invisible driving force' of hotel fires | Four major risk scenarios

1. Electrical circuits densely distributed in hotel rooms, kitchens, computer rooms, and other areas with high incidence of electrical fires can easily cause fires due to aging, short circuits, or overloaded operation.

2. Hidden danger of combustible material accumulation: Hotel decoration extensively uses combustible materials such as wood, fabric, and plastic, and guest room linens, carpets, curtains, etc. further increase the fire load.

3. Vertical shaft "chimney effect": If vertical passages such as elevator shafts, pipeline shafts, and cable shafts are not sealed for fire prevention, a "chimney effect" is easily formed during a fire, accelerating the vertical spread of the fire.

4. Personnel evacuation dilemma: As a densely populated place, hotels are not familiar with the environment for passengers. If the evacuation routes are occupied or poorly marked, it is highly likely to lead to stampede accidents.

PART-02

Genesis C-368 | Building the "Great Firewall" with Technology 

Genesis C-368 Fire resistant and Flame retardant Silicone Adhesive With three core technologies, it has become the "invisible shield" for hotel building fire prevention:

1. Flame retardant performance: "self extinguishing barrier" at high temperatures

National A-level flame retardant certification: The combustion performance reaches A-level (non combustible), and when exposed to fire, a dense carbide layer is formed on the surface of the colloid, blocking the contact between oxygen and flame.

• Spray gun test: The laboratory uses a spray gun to continuously burn C-368 colloid for 3 minutes. After removing the fire source, the flame extinguishes on its own without any droplets or spread. 

•Application scenario: Suitable for fireproof sealing of key parts such as hotel door and window joints, pipe penetrations, cable trays, etc.

2. Weather resistance: a "stability guard" in extreme environments

Wide temperature range adaptation: Through high and low temperature cycling tests, the colloid does not crack or flow under extreme temperature differences, ensuring long-term use in hotels in cold northern regions and humid southern regions. 

•Weather resistance test: In the outdoor exposure environment of Wanning, Hainan, the gel tensile strength retention rate reached 92% after 5 years, far exceeding the national standard requirement of 80%.

3. Environmental performance: dual guarantee of health and safety

•Zero VOC emissions: Passed the French A+environmental certification, there is no formaldehyde or benzene emissions after curing, suitable for enclosed spaces such as guest rooms and conference rooms.      

•Anti mold and antibacterial technology: The inhibition rate of Aspergillus niger and Aspergillus flavus reaches 99%, avoiding the growth of mold in humid environments.

PART-03

Practical Application | How C-368 Protects Hotel Safety

•Scenario 1: Fireproof sealing of door and window joints

•Problem: Traditional sealants are prone to melting at high temperatures, causing flames to spread through the gaps between doors and windows.     

•Solution: Use C-368 to seal the joint between the door and window frames and the wall, forming a continuous fireproof layer.

•Scenario 2: Pipeline through wall fire isolation

•Problem: If cables and water pipes pass through walls without being blocked, it is easy to form a "chimney effect" during a fire.      

•Solution: Fill C-368 in the gap between the pipeline and the wall, and use fireproof mud to form a composite fireproof structure.

•Scenario 3: Curtain Wall Fire Separation

•Problem: The gap between the glass curtain wall and the floor slab is a pathway for the vertical spread of fire.    

•Solution: Use C-368 to seal the joint between the curtain wall and the structural layer, forming a horizontal fireproof belt.

PART-04

Construction specifications | Ensure zero discount on fire performance

•Compatibility testing: Conduct bond testing on substrates (such as aluminum alloys and concrete) before construction to ensure compatibility between the colloid and the material.      

• Base treatment: Remove oil stains and dust, keep dry, control the thickness of the colloid within 8-10mm, and ensure a width of ≥ 20mm

• Curing environment: During construction, the ambient temperature should be between 5 ℃ and 35 ℃, and the humidity should be ≤ 85%. Avoid working on rainy days.      

•Acceptance criteria: After curing, check whether the surface of the colloid is smooth and free of bubbles, and test the bonding strength by cutting with a blade.

PART-05

Fire Management | Comprehensive Upgrade from Materials to Systems The application of Genesis C-368 needs to be deeply integrated with the hotel's fire management system:

•Daily inspection: Regularly check whether the fireproof sealing parts are intact and promptly repair cracked glue. 

•Fire drill: Based on the fire prevention characteristics of C-368, develop targeted evacuation plans and simulate fire scenarios to train employees. 

•Equipment linkage: Form a "defense barrier extinguishing" loop with the automatic fire alarm system and automatic sprinkler system.

When the fire alarm rings, every second is a matter of life and death. Genesis C-368 fireproof and flame-retardant silicone adhesive, with the power of technology, puts an "invisible fireproof coat" on hotel buildings, persevering in high temperatures and escorting in thick smoke. Choosing C-368 is not only about choosing a material, but also about choosing a commitment to life.