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Chemical fixings are the fixing solution for transferring extreme loads in concrete, aerated concrete or masonry expansion-free

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Buy power tools from Fischer

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See more: Pipe Clamps

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Chemical fixings are the fixing solution for transferring extreme loads in concrete, aerated concrete or masonry expansion-free. fischer has a unique competence in developing and manufacturing chemical fixing solutions

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At fischer we are providing high-quality steel anchors at the best prices. We have a vast range of steel anchors easy to connect structural and non-structural elements to concrete.

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Anchor Bolts

fischer brings cost-effective and quality anchor bolts across the globe.

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Construction chemicals that are trustable and reliable now at the best prices!

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A firestop or fire halting is a type of passive fire security that is utilized to seal around openings and between joints in a fire-obstruction evaluated divider or floor gathering.

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The fischer middle east group aims to deliver safe and economical fixing and connectors as a solution for trade, contractors, retailers, consultants, and planners. . A firestop or fire halting is a type of passive fire security that is utilized to seal around openings and between joints in a fire-obstruction evaluated divider or floor gathering.

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Easy to understand Fire stopping Design Perspective: General & Planning

Despite the industry or category your business belongs to, fire-stopping is a crucial part of keeping them safe. Whether it is the home that you reside in or the building that you work at,  there are a lot of improvements that need to be made in the fire-stopping sector. Poor fire stopping measures can lead to serious hazards. To make sure that the solution you are opting for is accurate, proper knowledge of fire-stopping design is necessary. 

From choosing passive and active fire-stopping methods to finding the right fire-stopping installation procedures and fire-stopping materials, fire-stopping in construction is something that needs to be addressed quite seriously. If the buildings lack fire stopping or proper compartmentation, it will be very difficult to find out the fire origin and put it out before it is too late. 

Here are certain points you need to consider before installing a fire stopping design. 

Fire stopping in construction consists of various components. The primary among these components is the fire-resistant walls and floors. Effective compartmentation is also a necessary feature to ensure fire and smoke protection. Fire stop systems, smoke dampers, and installation of swinging doors and hardware provide continuous fire resistance to the buildings. 

In recent times, most companies have been working on finding out the right fire stopping design and choosing the right fire stopping materials for the project. Effective compartmentation is the fundamental element of fire stopping and the industries are sorting out the most reliable options to keep their buildings safe from any fire threats. Proper design, establishment, examination, supervision, and administration decide the future of fire-stopping and practical compartmentation.

Steps to Plan and Implement the Right Fire Stopping Design

Step 1: Plan at the earliest

Regardless of the scale of the new building, fire stopping methods and designs should be planned. It is always smart to have a proper layout and idea about executing the fire stopping before moving into the building. 

Step 2: Engaging the right people

The fire stopping design team should be competent, cooperative, and coordinated to deliver the functional requirements of the project. It is always best to choose people who have experience and expertise in tire-stopping installation. 

Step 3: Implementing the right fire stopping design

A good fire stopping design should contemplate all the aspects of assistance required within the building or outside during a fire. The fire resistance period, water penetration regulations, etc should be designed and executed precisely. 

Apart from these measures, you should also avoid onsite design liability and do timely quality checks of the fire-stopping equipment to ensure that everything works accurately without any delay. 

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 fischer Chemical Fixings: The Complete Solution Providers

The complete fixing solution for all your heavy-duty concrete and masonry fixings. 

Whatever the requirement, fischer has the solution!

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Passive Fire Protection: A Brief to Compartmentation

When it comes to passive fire protection, compartmentation comes as the major element of it. The idea of compartmentation is dividing the building or premises into compartments or sections by the means of fire doors, cavity barriers, and fire-resistant walls and doors. One of the most causes of death or fatal injuries is the excess suffocation of smoke and harmful gases during a fire. By this method of passive fire protection, the smoke and air getting trapped inside the premises can be reduced drastically. 

Some of the things that should be considered while employing compartmentation as a passive fire protection system are, making sure that the compartment walls and floors are not cracked, the walls and doors should not allow smoke or hot gases to pass through them, as well as they should maintain an appropriate degree of insulation.

There are numerous reasons why compartmentation should be prioritized as a means of passive fire protection. Some of the reasons why passive fire protection, especially compartmentation is crucial as types of fire protection systems are is given below. 

Compartmentation is an essential component of passive fire protection for safety purposes. It enables safer routes for escape during a fire. Compartmentation provides additional time to the residents or occupiers of these buildings to evacuate before the fire spreads more and becomes fatal. 

It will decrease the danger that is extended towards the Fire and Rescue Services.

Passive fire protection products also improve the chances of keeping the assets safe. With the use of compartmentation, the IT Assets, Documents, Machinery, and Financial assets can be protected from the progressing fire and can save your organization from suffering huge losses.    

How to practice compartmentation?

By constructing fire-resisting cavity barriers and firestop walls. 

By dividing cavity closures and junctions.

By protecting escape routes

By creating fire shutters or curtains for large open spaces such as atriums and shopping centers.

Compartmentation or the other modes of active fire protection might not be sufficient all the time. In certain instances, active fire protection methods and automatic fire suppression systems such as sprinkler systems will be necessary to reduce fire rate and growth.

All passive fire protection methods as well as the different types of fire protection systems should be regularly inspected and tested to maintain the standards and ensuring safety.

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Find an in-depth information on fischer fire stop and the benefits of its usage in construction field at here.

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Injection mortar FIS V Plus

The fischer high-performance mortar FIS V Plus is the universal all-rounder for the highest requirements

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The fischer gas actuated fastening tool FGC 100 is perfectly matched for the quick and easy fastening in concrete and steel. The 100 joules power ensures correct penetration into the working surface even for steel to steel applications.

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Top Applications of fischer Cast in Channel System

Cast-in channels are adjustable fixing anchor channels, casted into concrete structures for reliable load transfers. It consists of anchor channels, cast-in anchor bolts and special hammer-head screws that are injected inside the channels as fillers to prevent the ingress of concrete during the casting process. cast-in anchor bolts are used to connect various attached items securely for the anchor installation. 

Listed here are the top Applications of fischer Cast in Channel System and the different advantages of using fischer Cast in Channel System. 

What are the top Applications of fischer Cast in Channel System

fischer Cast in Channel System is a cold formed or hot rolled cast-in anchor channels, designed as L shaped or round shape riveted to the channels. The Cast in anchor Channels are used to distribute the load transfer and prevent concrete ingress during the casting process. Nail holes in the anchor channels makes it easy for fixing the channel to wooden or other material formwork. Once the concrete is dried  the formwork and the fillers can be easily removed without damaging the structure. 

Advantages of using fischer Cast-in Channel System products

The Fischer Cast-in Channel System is a new generation of cast-in anchor system known for its safe and reliable product quality, innovative and exquisite technology. The advantages of using Fischer Cast in Channel System many. 

1. The highly adjustable and flexible components make installation easy and simple

2. Fischer Cast in Channel anchors are easy to use, install and hence reduce time and energy. 

3. The highly reliable product quality and pre-fabricated products diminish construction effort dramatically, hence reducing construction time

4. Fischer Cast in Channel anchors demands less welding work 

5. It is applicable for cracked concrete structure and in multiple environment due to the different coating options available and the hot - dip galvanization

6. The integrated filler and rip-line foam prevents concrete intrusion and enables easy foam removal from the channel once the concrete is dried, hence causing no damage to existing structures. 

Want to keep yourself updated on the latest technologies used in construction and fixing installations? Follow our blogs to know more on the latest news and new technology used for fixing applications.

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Gas actuated fastening tool FGC 100 : Applications