The term mezzanine comes from the Italian word mezzano, which means “middle.” It may also refer to the lowest balcony or the first few rows of seats on that balcony. A mezzanine is typically characterised as having low ceilings and projecting like a balcony. A mezzanine floor is a level that stands between the building’s main bases and is therefore not included as part of the overall number of floors.
Mezzanine floor systems are semi-permanent floor solutions that are typically installed between two robust initial level in industrial uses. Mezzanine floors are often utilised to increase the amount of usable space in a structure without adding on to it. In commercially available mezzanine buildings, mezzanine floors are composed of wood, concrete, steel, aluminium, fibreglass, and other materials. The decking or flooring might vary depending on the function, but it usually consists of a b-deck subfloor and a wood product floor surface.
Mezzanine space is utilised to enhance the efficiency of a room inside a structure. A sizable structural steel mezzanine system, a piece of expanded machinery or work platform, or a modest storage platform are all examples of mezzanine levels. On the other hand, machinery platforms must not be mistaken for mezzanines. The distinction between a mezzanine and an equipment platform may significantly influence building and compatibility testing.
A mezzanine floors is typically used chiefly for storage to take advantage of the mix of short and long span shelves beneath and above the floor. Building mezzanine offices in warehouses and manufacturing locations may provide the proper work environment by using composite or steel dividers with glass. When mezzanine levels are utilised in retail, several restrictions apply, such as the floor being fire-rated, the stairs being exposed to the public, and the railing being acceptable for public use.
Highly corrosive materials, such as stainless steel, may be required in various applications. The most commonly used mezzanine materials are steel, concrete, wood, stainless steel, or even fibreglass. In mezzanine installations, steel and concrete are the most prevalent materials. Steel mezzanines are utilised in the food and waste management sectors to offer slide protection and drainage since they can carry large loads. Storage mezzanine decking is made of resin composites and is lighter and long-lasting.
Mezzanine floors are made up of a variety of components. The load-carrying components of the structure are often built of steel, which creates a sturdy and solid framework. A typical mezzanine level would consist of the following components:
These steel support beams are built to any specification and secured to planes welded to the tops of the pillars. The particular loading needs of your projects may dictate the thickness of your mezzanine floor.
On all mezzanine levels, edge protection is necessary. This protects your staff by covering any exposed edges. Creating a supply of handrails, toe plates, kick plates, and ancillaries for mezzanine floor edge protection.
The column design and steel thickness are meticulously determined to be as inconspicuous and cost-effective as possible without losing safety or quality. Column placement and design flexibility should accommodate any area and may use considerable space under a mezzanine level for storage or other purposes.
Transmitting downward strain from the mezzanine level to the lowest level below is possible when metal sheets are soldered to the base of every column and fastened to the existing floor. Their thickness and size may differ according to the load demand of your mezzanine project.
These are three kinds of decking for your structural steel mezzanine project:
- Steel Durbar Decking is a durable, cost-effective, and cost-effective flooring option. It has a high slip resistance and is extensively employed in a variety of uses.
- The heavily loaded particle board with unparalleled strength and endurance is a 38 MM High-Density Particle Board (P6). The wear rate is exceptional, making it perfect for heavy loads.
- 38 mm moisture-resistant particleboard (P5) – the most often used floor decking in new and renovated buildings. Ideal for high-humidity or variable-moisture settings.
Connected to the main beams are subsidiary beams with cleats. The length and centre point of the mezzanine level varies, mostly according to the load needs of the mezzanine floor. These subsidiary beams run between both main beams, providing a thinner floor.
Mezzanine levels are designed to meet the special demands of a company. This comprises the size of the floor, the location of the supporting columns, the weight capacity, access points and stairs, and the materials used in the mezzanine’s construction. Throughout the procedure, your professional in-house project manager will be your point of contact, meeting you on site and coordinating all areas of the project to guarantee everything works well.
When the project’s design has been approved, and any necessary planning application or construction rules clearance has been obtained, components and pieces are acquired and produced in preparation for installation.
A competent installation crew can swiftly and effectively construct a mezzanine level in a new or existing building. Many mezzanine installation projects are bolted together, which speeds up the process and allows for 100m2 of flooring to be laid every day. Additional criteria, such as fire rating or other system integration, might cause this time to be extended. From order placement through completion and final handover, the turnaround time for an entire mezzanine floor construction project may be as low as 5 weeks.
A mezzanine floor provides extra space that may be utilised to accommodate workplaces or to improve storage and manufacturing space. Mezzanine Floor may be simply implemented into a broad variety of commercial, industrial, or retail spaces – with no disturbance to your company while a new working environment is built – and can be designed, authorised, and fitted in less time than you might think.