Fibrebond

School construction- using precast concrete

Precast concrete structures seem to be the way forward when it comes to construction and for school construction in specific, the advantages are numerous.

School construction is an even more delicate construction operation than others as there are so many other factors to consider. Construction processes will have an effect on the learning environment and safety of the children - the advantages that precast concrete offers for these two issues alone are just some of the reasons why precast concrete is the preferred materials for many school constructions nowadays.

Advantages of using precast concrete in school construction

• Learning environment. Using precast concrete means that there will be minimal disruption in the learning environment of the children due to the fact that construction does not take place on site. Children and educators will not be forced to compete with noisy building operations.
• Safety. This is a major advantage in school construction which will provide peace of mind to both the educators as well as the guardians of those attending the school. No building on site means that there is no chance of injuries due to building materials or waste in the school environment.
• Quality consistence. Due to the fact that construction takes place in a controlled environment, quality of the product is more easily controlled, ensuring that your structures are up to standard and will not fall prey to things like sudden collapse.
• Speed. Making use of precast concrete in your school construction means that the project will not be affected by weather delays. This minimizes all the stress and inconvenience that is generally experienced during times of building and renovations.

School construction is one of the most delicate building procedures, requiring time and the utmost care. Make sure you invest in a service provider of the highest quality.

Contact Fibrebond for school construction

Another Great Review of Fibrebond " The Beaumont Independent School District can't say enough good things about Fibrebond!"

Why choose prefabricated concrete buildings?

There are many benefits and uses for prefabricated concrete buildings and this construction material is often used to build equipment monitoring stations, public safety radio shelters, telecom shelters and remote central office buildings to name a few.  When considering the possibilities of utilizing a prefabricated concrete building, consider the following factors to help you make an informed decision.

• Cost Efficient. Compared to the cost of having a building designed and build from the floor up, prefabricated concrete buildings offer a cost-saving alternative for budget conscious organizations in need of extra space.
• Quality Materials. Prefabricated concrete buildings are made of a combination of high quality concrete, structural rebar and welded wire fabric. In addition, encapsulated foam is used to decrease weight and add R-value to structure.
• Convenience. Prefabricated concrete buildings are assembled offsite and then installed at your location of choice and are designed to adhere to all zoning and permit requirements. In addition, the initial enclosure can be expanded upon to accommodate future expansion as needed and the shelter exteriors are available to match existing buildings.
• Site Offices and Weather Protection. Prefabricated concrete buildings are ideal for field offices to provide a safe shelter for field workers and protection from the elements for related equipment. They are climate controlled to protect your equipment from extreme temperature fluctuations thus reducing temperature related equipment damage.

If you are in need of additional space to accommodate a field office, communication or equipment shelters, consider prefabricated concrete buildings by Fibrebond; a leader in precast concrete buildings.

Contact us for precast concrete buildings

How to manage a school construction project

School construction disrupts the learning environment and like any other building project, it can be vulnerable to weather delays. Other factors such as spiraling building costs, quality issues, air and mold problems and building waste can all add to the stress of managing such a project.

Schools need to be constructed faster and better, using cost effective materials that are durable and safe. The typical school construction project involves an architectural or design phase – this is where various options are weighed up including conventional or portable construction methods and aesthetic issues. Wall height, window locations, door locations, classroom sizes, ablutions, floor plans, fixtures and finishings, accents and textures are all decided here. The bid phase is where the school construction project goes out to bid to general construction companies. The winning company will need to work with the architect and the general contractor to decide on the best method of construction based on cost, speed and building quality.

The site construction phase is where the foundations and utilities are handled, with buildings shipped to site and set in place. Temporary weather insulation is constructed so that the interior work can continue regardless of weather conditions. Climate control, fixtures and fittings and architectural finishes are applied in this phase of the school construction project.

Any school construction project needs to take the following into account:

• Speed – The project needs to be finished in the shortest amount of time, with minimal disruptions to the site and to existing school operations.
• Flexibility – The design phase needs to be flexible enough to incorporate the architect’s vision with the realities of construction. Mass customization is essential, not mass production.
• Cost efficient – The school construction project should include buildings that are cost effective to produce but which are durable so as to reduce maintenance costs in the future.
• Energy efficient – Climate control should be as environmentally friendly as possible, reducing the school’s carbon footprint and lowering operating costs. Precast concrete is a great option for those looking for energy efficient building materials.
• Quiet – The buildings should be insulated so that they are quiet for a suitable learning environment.
• Secure – The buildings in the school construction project should meet fire, mold, mildew and termite safety standards.

School construction projects need not be overwhelming – use the basic checklist above to ensure that all of the necessary items have been included.

Contact Fibrebond for details on using Pre-cast Concrete Construction for your next School Construction Project

The leader in telecom shelters

With nearly thirty years operational experience and industry presence, Fibrebond specializes in all types of precast concrete equipment and telecom shelters for the wireless industry. Their influence can be seen across the country’s wireless communication systems, with more than 33 000 shelters built since 1982. Fibrebond employs a stringent quality control process and the latest production techniques which include the LEAN manufacturing process and a world class manufacturing plant to offer their customers the best possible products.

Fibrebond employs an experienced labor force with deep industry knowledge to guarantee that every job gets done right the first time, and on time. Some of the equipment shelters Fibrebond specialize in includes the following:

• Telecom shelters
• Navigational aid shelters
• Power substation buildings
• Power buildings
• Satellite Communications buildings
• HUB buildings
• Switch buildings
• Cable TV buildings
• Fiber optic re-generation hubs
• Two-way radio buildings
• Pump stations
• And many more

 Save time and money

There are definite benefits to partnering with Fibrebond for all your telecom shelters. These benefits will offer cost and time savings and safer work conditions for field technicians and other workforce. Concrete shelters are cost-effective investments to protecting your wireless structures. Some of the benefits of investing in Fibrebond’s telecom shelters include the following:

• Reconfigure equipment without having to add any extra cabinets;
• No need to renegotiate land leases, install foundations or change site footprints when upgrading networks;
• Severe weather, vandalism, theft and fluctuating temperatures are negated by Fibrebond’s telecom shelters;
• Technology upgrades and capacity expansion can be accommodated in the initial enclosure;
• All Fibrebond telecom shelters are backed by a 10 year structural and roof warranty
• Lower operating temperatures reduce high temperature shutdowns and equipment damage;
• All equipment can be installed at the Fibrebond plant and then directly delivered to the cell site.

 Fibrebond has a dedicated 75 000sf installation center which solves logistical challenges for their clients. It does this by eliminating clients’ double handling of shelters and reducing or even complexly eliminating the need for excess cost of warehouse space. The increased speed of the equipment deployment allows for faster project completion, which translates to direct savings for our customers. For all your telecom shelters, contact Fibrebond for a state of the art and affordable solution.