Skip to main content

PUF and Rockwool Sandwich Panels – What are the Differences?

PUF as well as Rockwool sandwich panels are two of one of the most typical types of insulated sandwich panels around. This message will note the distinctions in between the two panels. 

First off, a little introduction regarding sandwich panels. Sandwich panels have a core layer which is sandwiched between two metal sheets. For this reason they obtain their name. The core layer forms sustains to both external layers, that results right into a composite structure with high toughness by light product weight. While Glass Wool panel is extensively understood for its fire-resistive abilities, polyurethane panels as well have their own advantages. The significant distinction in between the two panels is in the insulating core product. 

PUF Panels 

The core insulating layer in PUF panels is polyurethane foam-- PUR or PU. Throughout the manufacturing procedure, the product is put in between 2 layers of GI sheets. The foam that is poured strengthens with it comes in contact with the air. This solidified layer adhesives the two sheets with each other, consequently making a monolithic product with really high insulation residential properties.

When it concerns PUR, which represents Inflexible polyurethane, the insulation properties are extremely efficient also. These are light-weight panels which can be adhered to lots of materials. These panels have really high strength to weight ratio. These panels are functional as well as for that reason find application in a large range of products, as a result of its high insulation capabilities.

 Rockwool panels 

The core protecting layer in Rockwool panel is the rock woolen itself, which is sometimes additionally referred to as mineral woolen. This mineral woolen or Rockwool is glued in between both GI sheets as well as develops a monolithic structure.

In Rockwool panels, the core insulation layer is made from mineral woolen. The Rockwool layer holds the two sheets of steels together. Mineral wool is nothing but a fibrous product which is crafted by spinning liquefied mineral or rock materials like slag and also porcelains. Mineral woolen is majorly used for sound proofing and fire-protection.

The vital areas of difference in between PUF and Rockwool panels remain in its:

1. Insulation Qualities

2. Fire resistive capacities

3. Audio seclusion

4. Installation requires some getting used to

Allows check out these residential or commercial properties in some minor detail as complies with: 

Insulation Features 

Polyurethane has greater insulation value than that of Rockwool. As an example, a 50 mm thick PUR or PUF panel gives the exact same quantity of insulation as an 80 mm thick Rockwool panel. For That Reason PUF or PUR panels discover application as wall as well as roof panels in factories and also commercial buildings. It keeps the interiors of a building at an optimum temperature with its insulation capacity. 

Fire resisting abilities 

Polyurethane is an organic substance which leads to fuel the flames on a greater extent. Rockwool on the other hand is constructed from inorganic components, which avoids flames from spreading out past a particular point. So in a circumstance where you need to have a panel that can hold the fire from spreading for an hour or so, then Rockwool is the remedy for you. 

Sound Insulation 

Apart from fire resisting capabilities, another big benefit of Rockwool panel is sound insulation. Rockwool fibers break down the acoustic waves and subsides their strength.

Rockwool panels are heavier than polyurethane. So it needs to be handled with reasonably more care. Installation would be simple after one has actually practiced few rounds. 

EPACK is one of the reputed names in PUF and Rockwool panel manufacturing segment. If you have a requirement, contact us for a free quote!

 

Popular posts from this blog

Sandwich Panels as a Cost-Effective Alternative in Modern Construction Projects

The cutting-edge building structure envelops are composite layers of metals and insulating media that enable best features of strength, insulation as well as corrosion resistance. Thee are designed with multiple metal layers inside which core materials are sandwiched. As compared to conventional wall and ceiling construction, the use of these sandwich composite panels enables peak levels of cost-effectiveness as well as sustainability in construction projects.    The use of these alternate panels makes it possible to gain an ideal balance between the aesthetic as well as functional features of a structure and thus better benefits in both are assured. These provide a wide range of advantages that makes them a highly popular choice for contractors and engineers.    Use of sandwich composite panels in wall and ceiling cladding    Sustainability and cost-effectiveness are two major factors that determine the overall approach to modern-age infrastructure d...

What Are the Advantages and Disadvantages of Light Gauge Steel Framing?

Light Gauge Steel (LGS) framing is a modern construction technique that utilizes steel as the primary material for building frames. This type of framing is becoming increasingly popular in both residential and commercial construction due to its strength, versatility, and cost-effectiveness. However, as with any building material, there are both advantages and disadvantages to consider when opting for light gauge steel framing. Let’s take a closer look. Advantages of Light Gauge Steel Framing 1. Durability and Strength Light Gauge Steel framing is known for its incredible strength. Steel is a highly durable material that can withstand a variety of environmental challenges, including moisture, pests, and fire. Unlike wood, steel is not susceptible to termites or rot, making it a long-lasting option for buildings in humid or high-risk areas. 2. Lightweight and Easy to Handle While steel is known for its strength, light gauge steel is relatively lightweight, making it easier to transport ...

Navigating Sustainable Construction: EPACK Prefab's “Steel for Smiles” Initiative

The surge in construction activity, driven by rapid urbanization and population growth, is particularly notable in developing countries like India. However, this expansion has significant environmental implications due to the high energy consumption and carbon emissions associated with the building industry. India aims to achieve zero emissions by 2070, necessitating a shift towards eco-friendly practices and low-carbon products. EPACK Prefab has consistently prioritized sustainability in its projects. Committed to delivering superior pre-engineered building (PEB) solutions, EPACK Prefab transcends traditional construction methods by integrating eco-friendly practices into its manufacturing processes. The company adheres to green building certification guidelines, helping clients significantly reduce carbon emissions. In a recent initiative to promote the circular economy, EPACK Prefab has launched the “Steel for Smiles” program, showcasing its leadership in sustainable construction so...