Isoblanket Insulation
This product, like bulk rock wool, is produced without any binding agents and is manufactured in multiple layers with various thicknesses and densities.
One side of Isoblanket rock wool is covered with galvanized mesh.
This type of rock wool is commonly used in large industries such as petrochemicals, refineries, defense industries, cement factories, asphalt production, power plants, and for insulating steam boilers, furnaces, turbines, tanks, and pipes larger than 12 inches, among others.
The most important feature of rock wool blanket is its thermal insulation capability, able to withstand temperatures up to +750 degrees Celsius. It never catches fire and prevents heat transfer to the outside, playing a crucial role in ensuring employee safety.
Due to its flexibility, rock wool blanket is easier to transport and cut.
?What is Rock Wool Blanket Insulation
Rock wool blanket, or Isoblanket, is a type of thermal insulation commonly used in industrial spaces to insulate walls, ceilings, and other industrial sections. Blanket insulation is created by melting and spinning mineral fibers and stone into rock wool. The fibers are then compressed and bonded together to form a dense, flexible blanket. The blanket is stitched with wire mesh or other coatings. The resulting material is resistant to fire, moisture, and pests, making it a popular choice for insulation in industry and machinery.
Characteristics of Rock Wool Blanket Insulation
Rock wool blanket insulation offers excellent thermal resistance, making it an effective barrier against heat transfer. It can help reduce energy consumption and lower heating and cooling costs in buildings and industrial environments. Additionally, it can easily maintain indoor temperatures throughout the year.
• Fire Resistance
Rock wool blanket is a non-combustible material, meaning it does not burn or contribute to flame spread. This makes it an ideal choice for buildings requiring high fire resistance, such as petrochemical plants, industrial workshops, and high-rise buildings.
• Sustainability
Rock wool blanket is a sustainable insulation material made from natural and recycled materials. It is non-toxic and does not release harmful chemicals into the environment. Moreover, it is 100% recyclable and can be reused in other products at the end of its lifecycle.
As a result, rock wool blanket insulation is a versatile and effective material that offers numerous benefits. Its thermal insulation properties, fire resistance, temperature control, and sustainability make it an ideal choice for a wide range of buildings and applications. With its many advantages, rock wool blanket insulation is sure to remain a popular choice in the industry for years to come.
Benefits of Rock Wool Blanket Insulation
One of the key advantages of rock wool blanket insulation is its excellent and high thermal resistance. It is capable of retaining heat and preventing heat loss, which helps reduce energy consumption and heating costs.
Rock wool blanket insulation is available in various thicknesses and densities, allowing it to meet diverse needs. It can be used in industrial environments, such as:
As a result, rock wool blanket insulation is a versatile and effective insulator that provides thermal insulation across a wide range of applications. Its durability, fire resistance, and energy-saving properties make it a crucial choice for builders and engineers.
• Power plants
• Cement factories
• Petrochemical plants
• Acid production facilities
• Thermal installations
• Turbine exhausts
• Tall chimneys
• Greenhouses
• Steam boilers
• Tanks
• Furnace manufacturing
• Ducting
• Stoves
What dimensions and densities is blanket insulation produced in
Rock wool blanket insulation is generally produced in various sizes and dimensions, especially customized in large quantities based on the type of application and customer needs. These insulations are typically manufactured as large, thin panels with varying sizes and thicknesses. For example:
1. Thickness: Rock wool blanket insulation is produced in thicknesses ranging from 5 to 12 centimeters, depending on the required insulation needs.
2. Length and Width: The length and width dimensions of rock wool blanket insulation may also vary, with standard dimensions being 1.20 meters by 6 meters. These dimensions may be determined based on local standards or specific project requirements.
3. Density: Rock wool blanket insulation is produced in various densities. The choice of appropriate density depends on the type of application, insulation requirements, and environmental conditions. Below, we will examine the different types of densities for rock wool blanket insulation:
Low-density insulation ranges from 50 to 80 kilograms per cubic meter. Low-density insulation generally has moderate thermal insulation properties and is suitable for use in workshop environments.
Medium-density insulation typically ranges from 80 to 100 kilograms per cubic meter. It is used for insulating industrial spaces or exterior facades.
High-density insulation is usually more than 100 kilograms per cubic meter. This type of density is suitable for applications requiring long-lasting insulation and greater resistance to harsh environmental conditions, such as exterior insulation or industrial systems.
Appearance, Installation, and Application of Blanket Insulation
The coating of blanket insulation is typically made from various materials that act as a protective layer over the main insulation. The primary purpose of the coating is to protect the insulation from environmental conditions such as moisture, dust, and impact. There are several types of coatings for blanket insulation, including:
Aluminum Foil: An aluminum foil coating is applied to blanket insulation to prevent heat penetration and heat transfer caused by solar radiation. This type of coating is highly effective in reducing heat transfer due to its reflective properties. In some cases, the aluminum foil is covered with an adhesive layer, allowing it to easily adhere to various surfaces and protect the blanket insulation from dust and air infiltration.
Wire Mesh: These meshes are generally made from metals like steel or aluminum and facilitate ventilation and air circulation. This feature allows air to flow within the blanket insulation, preventing moisture accumulation and water droplet formation inside. Additionally, the mechanical strength of the wire mesh acts as a protective layer over the blanket insulation, safeguarding it from tears or mechanical impacts, especially if the insulation is exposed to environmental damage such as blows or pressure.
Challenges and Limitations of Rock Wool Blanket Insulation
Rock wool blanket insulation, also known as rock wool blanket or blanket insulation, is a popular insulation material used in construction and industrial applications. While it offers numerous benefits such as fire resistance, sound absorption, and thermal insulation, there are also challenges and limitations associated with its use.
One major concern with blanket insulation is its potential health and safety risks. The fibers of this material can irritate the skin, eyes, and respiratory system, leading to various health issues such as allergies or asthma. Therefore, workers involved in the production or installation of rock wool blanket insulation should use appropriate protective equipment and follow safety guidelines.
Another challenge is the cost and availability of rock wool blanket insulation. Compared to other insulation materials like fiberglass and cellulose, blanket insulation is relatively inexpensive and can be easily accessible for all projects.
Future Outlook for Blanket Insulation: Demand for blanket insulation is expected to increase in the future due to its excellent insulation properties and environmental benefits. As the construction industry focuses more on sustainability, blanket insulation will become a popular choice for insulation.
Price and Purchase of Blanket Insulation
The price of blanket insulation varies depending on several factors, including:
• Density: The density of blanket insulation affects its price. Generally, higher-density insulations are more expensive.
• Thickness and Dimensions: The thickness and dimensions of blanket insulation can impact the price. Thicker blanket insulation may be more costly.
• Order Quantity: The volume of your order can also affect the final price of blanket insulation. Larger orders often receive special discounts.
For accurate information on the price of blanket insulation, installation methods, and the type of insulation you need, it is best to contact the consulting team at Negin Insulation Sepahan Company to receive up-to-date information and pricing. You can also view blanket insulation products on this page.
