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High Quality XPS Board From Myreal Insulation
The XPS board is a targeted product of MYREAL Energy Saving (Shanghai) Co., Ltd.. A complete and scientific modern production model is the assurance of its quality. For improving performance, while the R&D team completes its design, the quality inspection department will strictly check it from the raw material to the shipment process, not allowing the defective one to enter the market.
The feedback of Myreal Insulation products have been overwhelmingly positive. The favorable remarks from customers at home and abroad not only attribute to the advantages of the hot-selling product mentioned above, but also give the credit to our competitive price. As products that have broad market prospects, it is worth for customers to put a lot of investment into them and we will surely bring expected benefits.
XPS board offers excellent thermal resistance and structural integrity to ensure long-term energy efficiency in construction. Its high-performance insulation is further enhanced by a closed-cell structure that minimizes water absorption. This makes it a durable choice for industrial applications and environments with high moisture exposure.
How to choose XPS board?
Looking for a high-performance insulation solution that delivers energy efficiency and durability? XPS board is the ideal choice! Its superior thermal resistance, moisture protection, and structural strength make it perfect for construction projects requiring reliable and long-lasting insulation.
- Why chose: Offers exceptional thermal insulation (high R-value) to reduce energy costs.
- Why chose: Waterproof and resistant to mold, ensuring longevity in damp environments.
- Applicable scenarios: Ideal for insulating foundations, exterior walls, roofs, and concrete slabs in residential or commercial buildings.
- Selection method: Choose based on required thickness, compressive strength, and R-value tailored to your project’s climate and structural needs.
XPS board is widely used as wall insulation, both for exterior and interior walls, which can effectively reduce energy consumption and ensure stable indoor temperature.
XPS board also performs well in roof insulation, providing protection for flat and pitched roofs, preventing extreme temperature changes and reducing the risk of rainwater penetration.
In addition, it is also used for foundation and underground structure insulation to prevent soil moisture and cold air from eroding building structures.
In floor heating systems, XPS board acts as an insulation layer, which significantly improves heating efficiency.
It can also be used for roads, airport runway foundations, as well as cold storage and refrigeration facilities, showing strong adaptability and practicality.
At the same time, XPS board is used as an isolation and protective layer in bridges and infrastructure projects to effectively resist the influence of soil moisture and temperature changes.
In addition, it also shows excellent performance in decoration, sound insulation and pipe insulation. In short, XPS board has become an indispensable ideal material in construction projects due to its many advantages. Its environmental protection properties and long life make it the preferred choice for green buildings.
XPS board also performs well in roof insulation, providing protection for flat and pitched roofs, preventing extreme temperature changes and reducing the risk of rainwater penetration.
In addition, it is also used for foundation and underground structure insulation to prevent soil moisture and cold air from eroding building structures.
In floor heating systems, XPS board acts as an insulation layer, which significantly improves heating efficiency.
It can also be used for roads, airport runway foundations, as well as cold storage and refrigeration facilities, showing strong adaptability and practicality.
At the same time, XPS board is used as an isolation and protective layer in bridges and infrastructure projects to effectively resist the influence of soil moisture and temperature changes.
In addition, it also shows excellent performance in decoration, sound insulation and pipe insulation. In short, XPS board has become an indispensable ideal material in construction projects due to its many advantages. Its environmental protection properties and long life make it the preferred choice for green buildings.
Brand Origins: The Strategic Alliance of Owens Corning and Pittsburgh Corning
On June 27, 2017, Owens Corning—a global leader in insulation materials—completed the full acquisition of Pittsburgh Corning for approximately $560 million in cash. This acquisition positioned Owens Corning as the only company in the world to possess all four core insulation technologies simultaneously: fiberglass, foam, mineral wool, and cellular glass, thereby establishing the most comprehensive product portfolio in the insulation materials sector.
Following the acquisition, Pittsburgh Corning continues to operate independently as Owens Corning’s premium specialty insulation business unit. Its iconic brand, FOAMGLAS® (cellular glass), has been fully retained, while its global production and sales networks have been seamlessly integrated into the Owens Corning infrastructure; consequently, both product quality and technical support have been further enhanced.
Owens Corning Full Product Line: Covering Insulation Needs Across All Scenarios
Leveraging its official authorization from Owens Corning, Myreal Energy Saving supplies the company's complete range of high-quality insulation materials, designed to meet the diverse requirements of various operating conditions and projects:
1. Pittsburgh Corning FOAMGLAS® Cellular Glass (Premium Specialty Insulation)
As the global pioneer and leader in cellular glass technology, FOAMGLAS® features a 100% inorganic, closed-cell structure. It possesses an array of irreplaceable, superior properties—including Class A non-combustibility, permanent water resistance, high compressive strength, a wide operating temperature range (-265°C to +430°C), long-term stable thermal conductivity, resistance to aging, and corrosion resistance. With a service life exceeding 50 years, it is the preferred insulation material for applications requiring exceptional reliability.
Core Application Scenarios:
Industrial Sector: LNG storage tanks, cryogenic equipment, high-temperature industrial piping, chemical storage tanks, power generation facilities
Construction Sector: Premium building roofing, underground engineering, exterior wall insulation, fire compartmentalization, cold storage facilities
Specialized Sectors: Data centers, cleanroom facilities, rail transit systems, airport terminals
Typical Project References: National Convention Center Phase II, Shanghai Hongqiao International Dance Center, Beijing Daxing China Southern Airlines Hangar, Wushan Airport Terminal
2. EcoTouch® Eco-Friendly Glass Wool Series
Utilizing pure natural raw materials, eco-binders, and Owens Corning’s patented PureFiber™ fiberizing technology, this series is formaldehyde-free and features low VOC emissions. It has earned both the China Green Building Materials 3-Star Certification and the GREENGUARD Gold Certification. Characterized by fine, uniform fibers, the products offer exceptional thermal insulation and sound absorption/noise reduction performance, with a maximum service temperature reaching up to 538°C.
Key Application Scenarios: Commercial building exterior walls, equipment rooms, air ducts, partition walls and suspended ceilings, steel-structure buildings, and industrial pipe insulation.
3. Thermafiber® Mineral Wool (Rock Wool) Series
The leading commercial mineral wool brand in the North American market—ranked #1 in specified usage—this series features Class A fire resistance, high-temperature durability, superior sound absorption, and high compressive strength. Manufactured using a minimum of 70% recycled materials, it offers exceptional environmental performance. Specifically engineered for fire-rated enclosure systems in commercial buildings, it represents the ideal choice for integrated fire protection and thermal insulation solutions.
Key Applications: High-rise exterior wall insulation, fire barrier strips, industrial furnaces, high-temperature flues, and equipment room noise reduction.
4. Extruded Polystyrene (XPS) Series
Owens Corning extruded boards are manufactured using a continuous extrusion process, featuring a closed-cell content exceeding 99%. Characterized by low thermal conductivity, high compressive strength, and excellent moisture resistance, these boards demonstrate stable long-term performance and are widely utilized in thermal insulation projects for roofs, floors, basements, and similar applications.
Myreal Energy Saving: The Core Advantages of an Owens Corning Authorized Service Provider
1. Official Authorization, Authenticity Guaranteed
Myreal Energy Saving is an officially authorized supplier for Owens Corning (including Pittsburgh Corning FOAMGLAS®). All products are procured directly from the original manufacturer, ensuring authenticity and full traceability. We provide a complete suite of accompanying documentation—including original material certificates, test reports, and certificates of conformity—thereby eliminating counterfeit and substandard products at the source and guaranteeing both project quality and compliance with acceptance standards.
2. Over a Decade of Industry Experience, Professional Technical Support
We possess a professional technical team with over ten years of deep expertise in the thermal insulation industry. We are capable of providing clients with comprehensive technical services, ranging from material selection and thickness calculations to detailed node design and complete system solution planning. We have accumulated particularly extensive practical experience in areas such as FOAMGLAS® cellular glass compact roofing systems, industrial cryogenic insulation systems, and architectural fire-resistant insulation systems. This expertise allows us to proactively mitigate construction risks and ensure the smooth execution of every project.
3. Validated by Benchmark Projects, Reliable Delivery Capabilities
Myreal Energy Saving has successfully served numerous renowned domestic and international enterprises and major engineering projects, including:
Industrial Facilities: Tesla Shanghai Gigafactory (Phases I & II), Geely Auto Hangzhou Bay Prototype Center (Phase II)
Rail Transit: Shanghai Metro Line 9, Shanghai Metro Line 11, Jiading New City Metro Complex
Commercial Buildings: Huatai Financial Building, Shanghai Marriott Hotel, China Grand Theatre
Public Buildings: CNOOC Building (Shanghai)
These benchmark projects serve as powerful validation of our product quality and project delivery capabilities, establishing us as a long-term strategic partner for major state-owned general contractors such as CSCEC, SCG, and MCC.
Choose Myreal Energy Saving—Choose Professionalism and Reliability
Unlike ordinary building material traders, Myreal Energy Saving acts as more than just a supplier of Owens Corning products; we serve as a technical consultant and a reliable partner for performance assurance throughout the entire project lifecycle. Leveraging the powerful brand and technical backing of Owens Corning—combined with our own extensive industry experience and localized service capabilities—we provide every project with a comprehensive, one-stop solution, spanning everything from initial material selection to on-site construction coordination.
Moving forward, Myreal Energy Saving will continue to deepen its collaboration with Owens Corning and continuously enhance its service standards. By providing high-quality, cost-effective thermal and acoustic insulation materials and system services to an ever-expanding client base, we aim to join hands in creating modern architectural spaces that are green, low-carbon, safe, and comfortable.
How to Identify High-Quality Foam Glass: A Complete Technical Guide
Foam glass (cellular glass) is a premium inorganic insulation material widely used in industrial piping, building envelopes, cryogenic systems, and corrosive industrial environments. Its high-density closed-cell structure delivers extremely low water absorption, stable thermal performance, and outstanding long-term durability, outperforming traditional rock wool and PU foam insulation.
However, market quality varies greatly. Substandard foam glass causes insulation failure, water ingress and engineering risks. For global buyers and contractors, mastering how to identify foam glass quality helps you pick reliable products and avoid project losses.
This concise, industry-realistic guide covers practical foam glass quality identification methods based on universal international standards, including visual checks and durability screening, helping overseas buyers avoid common selection mistakes.
1. Visual & Appearance Inspection: Primary Foam Glass Quality Check
Visual inspection is the quickest preliminary screening method to distinguish high-quality foam glass from defective products.
1.1 Cell Structure Uniformity
High-quality: Uniform, fully closed round pores with consistent size, no interconnected holes. Complete closed-cell structure ensures waterproof, thermal insulation and anti-corrosion performance.
Inferior: Irregular pores, large hollow holes and massive open cells. It absorbs moisture easily, leading to increased thermal conductivity and failed insulation.
1.2 Surface & Edge Finish
High-quality: Smooth flat surface, no cracks, chipped corners or peeling; neat edges and uniform thickness for precise installation.
Inferior: Rough surfaces, irregular edges, chipping and microcracks, resulting in reduced structural strength and shorter service life.
1.3 Color Consistency
High-quality: Uniform pure black or dark gray tone across the board, no color difference.
Inferior: Obvious yellowing, messy color streaks, or mottled tones caused by impure raw materials and unstable sintering.
2. Durability & Safety Performance Check
Qualified foam glass features stable chemical and physical properties for long-term engineering use. We simplify the key judgment standards below:
2.1 Chemical Corrosion Resistance
Corrosion Resistance: Premium foam glass is pure inorganic material, resistant to acid, alkali and salt erosion without pulverization. Inferior products with cheap fillers will loosen and fail in corrosive environments.
2.2 Dimensional Stability
Dimensional Stability: High-quality products have a temperature cycle deformation rate ≤0.3%, no warping or cracking. Inferior foam glass expands and contracts obviously, causing insulation layer cracks and water leakage.
3. Common Misjudgments in Foam Glass Quality Selection
Avoid these two common wrong judgments when selecting foam glass:
1. Low density equals poor quality (Wrong): This is the most prevalent misconception. Low-density foam glass (115kg/m³) is a mature US-standard product with fine closed-cell structure and better thermal insulation, ideal for cryogenic and light-weight insulation projects. Density is only a scene-matching parameter, not a quality judgment criterion.
2. Low price = cost-effective: Qualified foam glass requires high-cost raw materials and high-temperature processing. Ultra-low-price products mean cut corners and high long-term maintenance costs.
4. Final Summary: Key Standards for High-Quality Foam Glass
High-quality foam glass must meet all core standards below, the key basis for how to judge foam glass quality:
Uniform closed-cell structure, no open pores, neat appearance without defects
Reasonable density matching project requirements (density varies by scenario, no absolute good or bad)
Extremely low water absorption, stable thermal insulation performance
Excellent corrosion resistance and stable dimensional stability under temperature cycles
Final Words
This practical guide helps global buyers and engineers accurately identify high-quality foam glass through visual inspection, real industry performance parameters, and durability verification. All judgment standards conform to universal international engineering norms, avoiding misleading and absolute industry myths.
Contact our team for fully certified, standard foam glass and customized engineering solutions.
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