MTCSS are proud to be able to offer our new range of cold room panels &#; our MT Chill and MT Freeze insulated panels are the perfect solution for you to design and build cold rooms and temperature-controlled rooms for your business!
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MT Chill and MT Freeze are designed with temperature-controlled environments in mind, and guarantee high technical performance.
They also benefit from being ideal for a wide range of industries and projects, allowing you to create the bespoke cold room of your choice and not have to compromise.
There are two types of cold room insulated panel available from us here at MTCSS; MT Chill and MT Freeze.
MT Chill and MT Freeze are 80mm thick panels that are comprised of PIR and are CFC & HCFC-free.
They also have a thermal conductivity coefficient of 10°C (UNI EC): 0.020-0.023 W/mk &#; ensuring we can offer you the highest quality insulated cold room panels for your requirements.
Investing in high-quality cold room panels will make the difference between an efficient, reliable cold room and a cold room that has a high level of energy consumption and will cost you a lot to run!
MTCSS&#; cold room panel range is fire-resistant, with a fire reaction class of &#;B-s1, d0&#; and made from high-quality products.
In order to allow your temperature-controlled room to have a long lifespan, without the need to replace within a short period of time due to inefficiency, MT Chill and MT Freeze panels are manufactured from polyisocyanurate (PIR), with a B-s1 d0, according to EC Declaration of Conformity and laboratory testing.
The ranging thicknesses and insulation levels for our cold room panels will be dependent upon the required temperature of your cold room.
If you require panels for a walk-in chiller application, the insulation levels often need to be lower than if you required panels for a freezer cold room, as it doesn&#;t need to maintain as low of a temperature.
Essentially, the lower the temperature range required, the higher the level of insulation is needed. This is to ensure optimal conditions are continuously preserved in order to protect your products.
For example, if you required a cold storage solution for your ice cream business, the level of panel insulation would be higher than if you needed to store dairy for your bakery.
MT Chill and MT Freeze, in any size, are a suitable option for cold rooms maintaining positive temperatures (MT Chill) and lower, negative temperatures (MT Freeze). So, what applications can you use cold room panels in?
MTCSS&#; stock cold room insulated panels are available to purchase NOW in a range of thicknesses and sizes, for quick delivery and turnaround.
Not after cold room panels for your walls? We can also offer cold room insulated panels for ceilings in various sizes &#; just ask a member of our expert team!
If you&#;d like to make a cold room insulated panel enquiry then you can fill in the form below. Alternatively, give us a call on or us at; for more information.
For more information, please visit Wiskind New Materials.
Cold rooms have become a staple in warehouses housing material with limited shelf lives such as fresh produce, meat, beverages, and medicine. These storage facilities run on the basic principle of maintaining an optimal temperature to help ensure the longevity of the material they are storing. Although there are many different kinds of cold rooms varying in dimensions and the material they store, they all have some form of insulation installed to help maintain an optimal temperature within the cold room envelope. While the refrigeration system within a cold room is responsible for achieving the pre-set desired temperature, insulation features of a cold room help maintain it for longer periods.
Depending on the type of cold room and refrigeration system installed, users can modify their insulation features to achieve optimal results. One of the most common types of insulation used in cold rooms today is known as a cold room or insulation panel.
In essence, cold room panels are insulated panels made from two main components: a core and two structural boards. This shielding layer of the inflexible core is often made from either PIR or PU. On the other hand, the two structural boards responsible for housing the core are often made from either Pre painted galvanized steel (PPGI) or Stainless Steel . These insulated panels are one of the core building materials used for making cold rooms. These panels help hold the internal temperature of the cold room constant. They are also used in combination with foam insulation to help prevent any cold air leakage and ensure the structural integrity of the cold room envelope.
Application-wise, they can be installed on floors, walls, and even the roof. However, they require reinforcing and supporting building material to ensure their viability. Without cold room or insulation panelling, upholding a constant desired temperature within the cold room can be difficult. Due to the increased advantages of using these insulated panels, many businesses tend to use them in a general capacity for thermal insulation as well.
Most commonly, cold room panels are manufactured in small sections. This allows for easy transportation as well as at the time of application. The thickness of these insulated panels can vary between four to nine inches and solely depends on the larger characteristics of the cold room design.
Experts recommend employing its use at the time of the initial construction. This not only cuts back on cost and effort but will help ensure the overall design and structural integrity of the cold room. Additionally, if installed after the completion of the cold room, many times insulation panels are not able to work at optimal capacity and may cause cold air leakages.
There are different kinds of cold room panels available for users to choose from. However, these not only vary in application but also the type of cold room being designed and installed. The best way to ensure whether you have chosen the right kind or not is to consult with your local team of experts. In most cases, mechanical engineers are the point people in determining the kind of panelling best suited for the intended cold room and the temperature that it will be housing.
Here are some of the common types of cold room or insulated panels available:
Expanded Polystyrene Insulated Panels utilize a high-grade, lightweight foam called Expanded Polystyrene. Made from closed-cell insulation technology, this form of foam is rigid and available in various different levels of strengths to match the intended load and back-fill force of the cold room. The best feature of closed-cell insulation technology is its ability to withstand maximum water absorption and ensure a strong barrier against vapor permanence.
Neopor Insulated Panels utilize a very specialized form of rigid foam known as Neopor Graphite Polystyrene (GPS). this highly efficient foam is known to be approximately 20% more energy-efficient in comparison to the conventional expanded polystyrene (EPS) insulation. These panels can be installed behind new siding or below the freezer slabs. Additionally, they are most effective when installed during initial construction or intensive remodeling projects.
Polyurethane (PU) Insulated Panels are one of the most commonly used insulation solutions in cold rooms, chillers, and freezers. Their high thermal resistance makes them a great preliminary insulation solution especially for cold room projects that need to be assembled quickly. These panels are installed using the tongue-and-groove system as it is simple and most effective for this type of panelling.
If you are looking for a more environmentally friendly insulation system, then the Compressed Straw Core Insulated Panels are a great investment to consider. This form of panelling is made from renewable, sustainable, and recyclable material such as agricultural straw thus making it cost-effective as well. Despite being environmentally friendly and cost-effective, these panels have less insulation to offer because of their considerably thick and heavier nature compared to other panels available.
Polyisocyanurate (PIR) Insulated panels are highly effective, have extremely low thermal conductivity, light weight and have high strength to weight ratio. Therefore, it is the natural choice of product usage for insulation application for construction projects. Similarly, Polyisocyanurate (PIR) have exceptional fire performance as compared to other materials above. When incorporated into building products, it can be stipulated as being able to meet some of the most demanding fire performance requirements in the industry.
Installing cold room panelling primarily depends on the size and type of cold room that is being designed and set up. Depending on the type of panelling that you may opt for, there are user-friendly kits available with clear instructions regarding installation. However, this is only possible for small-scale cold rooms, as industrial-grade ones will require an expert team for installation. Despite this, there are certain prerequisites necessary for installation:
Screwdrivers and applicable screws
Cold room panels have many advantages and having them installed will help upgrade the thermal insulation of your cold room. Other than helping reduce energy costs and ensuring adequate long-life functioning of the different components of the refrigeration system, add structural stability and integrity to cold rooms.
Want more information on Special Cold Room Panels? Feel free to contact us.