Tapecoat products by Chase Corporation help protect pipelines, industrial equipment, and underground infrastructure from corrosion caused by moisture, chemicals, and environmental exposure. Known for their durability, flexibility, and ease of application, Tapecoat systems create long-lasting protective barriers that help extend the life of vital steel assets while reducing costly repairs and downtime across oil and gas, water treatment, marine, and industrial applications.
Cold applied Tapecoat tapes are among the most used corrosion protection products in industry. These tapes are installed without heat, making them safe, efficient, and convenient for field applications. The tapes feature aggressive adhesive systems that bond tightly to prepared surfaces, creating a durable moisture-resistant seal.
One of the major advantages of cold applied tapes is their ease of installation. Since no heating equipment is required, crews can complete projects faster while minimizing safety concerns associated with open flames or hot work permits. These tapes are highly flexible and conform well to irregular surfaces, weld joints, bends, and fittings. They also provide excellent resistance to soil stress, water penetration, and chemical exposure.
Cold applied systems are ideal for routine pipeline maintenance, rehabilitation projects, and underground corrosion protection where quick installation and dependable performance are essential.
Product Highlight: H50
Cold applied butyl tapes are highly regarded for their superior sealing performance, flexibility, and long-term weather resistance. Manufactured using butyl rubber compounds, these tapes create a watertight and airtight seal that performs exceptionally well in both above-ground and underground applications.
One of the key advantages of butyl tapes is their ability to maintain flexibility over a wide temperature range while resisting moisture, UV exposure, and environmental aging. They adhere strongly to metal, concrete, plastic, and coated surfaces, making them suitable for pipeline joints, ductwork, roofing, waterproofing, and industrial sealing applications.
Cold applied butyl tapes are also easy to install because they require no heat or specialized equipment. Their conformability allows them to wrap tightly around irregular surfaces and complex geometries while maintaining consistent sealing protection. This combination of durability, ease of application, and long-term performance make butyl tapes a dependable solution for corrosion prevention and environmental sealing.
Product Highlight: 6025HT
Hot applied systems are designed for demanding environments where strong adhesion and mechanical strength are required. These coatings require heat during installation, allowing the adhesive or coating compound to melt and fuse directly onto the pipe surface.
The heating process creates a very strong bond that performs exceptionally well in harsh environments, including submerged pipelines, high-temperature conditions, and areas exposed to heavy mechanical stress. Hot applied coatings are often selected for critical infrastructure projects that demand maximum durability and long-term performance.
While hot applied systems offer superior toughness in certain applications, they typically require specialized equipment, trained applicators, and additional safety precautions. Despite the more involved installation process, many operators prefer hot applied systems for their long service life and exceptional protective qualities.
Product Highlight: TC20
Liquid applied Tapecoat coatings provide versatile corrosion protection for complex surfaces and difficult-to-wrap components. These coatings are brushed, rolled, or sprayed onto surfaces, forming a seamless protective barrier once cured.
Liquid coatings are especially beneficial for irregular geometries, valves, flanges, fittings, large diameter pipe, and areas where traditional tape systems may be difficult to apply. Because they create a continuous membrane without seams, they help eliminate pathways for moisture intrusion and corrosion.
Another major advantage of liquid applied systems is their adaptability. They can be used as standalone coatings or in combination with tape systems to reinforce protection at critical points. Their strong adhesion and resistance to environmental exposure make them a reliable choice for industrial maintenance and asset preservation.
Product Highlight: TC 7000
Tapecoat products continue to be trusted worldwide because they combine proven corrosion protection with practical field performance. Whether using cold applied tapes for quick installation, hot applied systems for extreme conditions, liquid coatings for complex surfaces, or butyl tapes for high-performance sealing, Tapecoat offers solutions that help extend asset life and reduce maintenance costs.
As industries continue investing in infrastructure reliability and long-term asset protection, high-performance coating systems like Tapecoat remain an essential part of corrosion prevention strategies.
For more information on Tapecoat and other Chase Corporation Construction Products, please visit our website at https://chasecorp.com/
1. What are Tapecoat products used for?
Tapecoat products are used to help protect pipelines, fittings, joints, valves, flanges, and other industrial assets from corrosion. They are designed to create protective barriers that limit exposure to moisture, soil conditions, chemicals, and other environmental factors that can contribute to steel degradation.
2. What is the difference between cold applied tapes and hot applied systems?
Cold applied tapes are installed without heat, making them practical for many field applications where speed, safety, and ease of installation are important. Hot applied systems require heat during installation, allowing the coating material to bond strongly to the surface. Hot applied systems are often selected for more demanding applications where high adhesion, mechanical strength, or severe exposure conditions are key considerations.
3. When should cold applied tapes be used?
Cold applied Tapecoat tapes are well suited for pipeline maintenance, rehabilitation projects, girth welds, bends, fittings, and underground corrosion protection. They are commonly used when crews need a durable, moisture-resistant system that can be applied efficiently without heating equipment.
4. What makes butyl tapes useful for corrosion prevention and sealing?
Butyl tapes are valued for their flexibility, sealing performance, and resistance to moisture and weathering. Their butyl rubber composition helps create a watertight and airtight seal on a range of surfaces, including metal, concrete, plastic, and coated substrates. This makes them useful for pipeline joints, waterproofing, ductwork, and industrial sealing applications.
5. Where are liquid applied coatings most effective?
Liquid applied coatings are effective on complex or irregular surfaces where tape wrapping may be difficult. Common applications include valves, flanges, fittings, large-diameter pipe, and structural surfaces. Once cured, liquid coatings form a continuous protective membrane that helps reduce pathways for moisture intrusion.
6. How do I choose the right Tapecoat system for a project?
Product selection should be based on the asset type, surface geometry, exposure conditions, installation environment, and performance requirements. Cold applied tapes may be appropriate for efficient field wrapping, butyl tapes for sealing and flexibility, hot applied systems for demanding environments, and liquid coatings for complex surfaces. For critical applications, product selection should be reviewed against project specifications and service conditions.
7. Are Tapecoat products used only for pipelines?
No. While Tapecoat products are widely used for pipeline corrosion protection, they can also support protection and sealing needs across industrial equipment, fittings, structural components, water and wastewater infrastructure, marine environments, and other applications where corrosion prevention and moisture resistance are important.
8. Why is proper surface preparation important before applying Tapecoat products?
Proper surface preparation helps the coating or tape system bond effectively to the substrate. Contaminants, loose material, moisture, or inadequate surface conditions can affect adhesion and long-term performance. Following the appropriate application guidelines helps support consistent protection and dependable field results.