
Oxidized Bitumen 95/25, also known as Blown Asphalt 95/25, is a specialized grade of bitumen created by air-blowing bitumen under controlled conditions. This process produces a material with exceptional hardness, a high softening point, and excellent resistance to temperature variations, making it ideal for industrial applications requiring durability and thermal stability.
High Softening Point (~95°C):
Ensures stability and prevents melting in high-temperature conditions.
Low Penetration Value (~25 dmm):
Indicates superior hardness, ideal for applications requiring rigidity and minimal deformation.
Waterproofing Efficiency:
Creates an effective barrier against water penetration, ensuring long-lasting protection.
Thermal and Oxidative Stability:
Retains performance under extreme temperatures and prolonged exposure to oxygen.
Chemical Resistance:
Resilient against acids, alkalis, and industrial chemicals, extending its usability across various industries.
Weather Resistance:
Withstands UV radiation, oxidation, and environmental aging, maintaining structural integrity over time.
Roofing and Waterproofing Solutions:
Used in the production of roofing membranes, ensuring protection against leaks and water damage.
Industrial Coatings:
Serves as an anti-corrosion layer for metal pipes and tanks, particularly in underground and underwater applications.
Sealants and Adhesives:
Provides strong bonding properties for industrial-grade adhesives and sealants.
Electrical Insulation:
Used as an insulating material for electrical components due to its non-conductive nature.
Pavement Joint Fillers:
Enhances durability in road construction by sealing joints and cracks effectively.
Industrial Flooring:
Adds robustness and chemical resistance to flooring systems in factories and warehouses.
Enhanced Durability:
Performs consistently in demanding environments, offering a long operational life.
Superior Water Resistance:
Protects structures from moisture, making it a reliable choice for waterproofing.
High Thermal Stability:
Functions efficiently across a wide range of temperatures without deformation or loss of performance.
Versatile Use:
Suitable for a broad spectrum of applications, from construction to industrial manufacturing.
Environmental Resistance:
Withstands harsh weather conditions, ensuring minimal maintenance requirements.
Requires Heating:
Must be heated to a specific temperature before application, which can increase project complexity.
Brittle in Extreme Cold:
May lose flexibility in extremely low temperatures, necessitating careful consideration in cold climates.
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