The Helical Tape Cold-Applied Nano-Ceramic is an innovative
anti-corrosion wrapping tape designed for fast, reliable and
heat-free surface protection of industrial pipelines and metal
assets. The tape integrates a flexible reinforced backing with a
state-of-the-art Cold-Applied Nano-Ceramic Coating that cures by
chemical reaction at room temperature, forming a dense, impermeable
ceramic-like barrier once wrapped. Its helical application method
ensures uniform coverage on straight pipes, bends, tees, flanges
and irregular fittings, while the nano-ceramic layer provides
outstanding resistance to moisture, salt, acids, alkalis and
mechanical abrasion. Suitable for both new construction and
emergency repair, this tape helps asset owners extend service life
and reduce maintenance downtime without specialized installation
tools.
This product is widely applied in onshore and offshore oil and gas
transmission, refinery piping, district heating networks, water and
wastewater pipelines, chemical plants, power stations, mining
facilities and marine engineering. It is especially valuable for
protecting buried pipelines, subsea risers, above-ground pipe
racks, valve bodies, pump casings and weld joints where
conventional coating systems are difficult to apply. Thanks to its
cold-applied design, the Cold-Applied Nano-Ceramic Coating can be
installed in explosive atmospheres, confined spaces and remote
field locations where hot work permits are unavailable. Our
customers span North America, Europe, the Middle East, Southeast
Asia, Australia, Africa and South America, covering tropical,
desert, coastal and cold-region operating environments.
First, the Cold-Applied Nano-Ceramic Coating offers exceptional
corrosion and chemical resistance, outperforming conventional
bitumen and polyethylene tapes in aggressive environments. Second,
heat-free installation removes fire hazards, cuts labor costs and
allows work to proceed in hot-work-restricted zones, greatly
improving on-site safety and scheduling flexibility. Third, the
helical overlap structure creates a continuous multi-layer shield
with strong adhesion and excellent waterproofing, preventing
moisture ingress even under soil pressure or tidal immersion.
Fourth, the tape conforms easily to complex geometries and can be
applied over minimally prepared surfaces, reducing surface
treatment time and overall project cost. Fifth, we support full
customization of width, length, thickness and coating formula,
backed by large-scale production, stable global shipping and
dedicated technical support for distributors, contractors and
engineering companies worldwide.
Trust our Helical Tape Cold-Applied Nano-Ceramic for durable,
easy-to-install and cost-effective corrosion protection on any
pipeline project around the globe. Contact us today for a tailored
quote and sample evaluation.
Specifications
| Parameter | Standard Value |
|---|
| Product Name | Helical Tape Cold-Applied Nano-Ceramic |
| Coating Type | Cold-Applied Nano-Ceramic Coating |
| Backing Material | Reinforced Fiberglass and Polymer Composite |
| Standard Widths | 50 mm, 75 mm, 100 mm, 150 mm |
| Standard Lengths | 10 m, 20 m, 30 m, Customized |
| Total Thickness | 1.2 mm to 2.5 mm |
| Application Temperature | -10 C to 50 C |
| Long-term Service Temperature | -40 C to 180 C |
| Recommended Overlap | 50 percent |
| Dielectric Strength | Greater than 20 kV per mm |
| Shelf Life | 24 Months in Dry Storage |
| Certifications | ISO 9001, RoHS, REACH |
FAQ
Q1: What is helical tape cold-applied nano-ceramic used for?
A: It is a protective wrapping tape used for corrosion prevention
and rehabilitation of pipelines, flanges, valves, weld joints and
metal structures in oil and gas, marine, water and chemical
industries.
Q2: Do I need heating equipment to install it?
A: No. The Cold-Applied Nano-Ceramic Coating is applied at ambient
temperature without any heat, flame or curing equipment, making
installation fast and safe.
Q3: What pipe materials is it compatible with?
A: It works well on carbon steel, stainless steel, cast iron, PVC
and most common metal and plastic pipe substrates, and can be
applied over manually prepared surfaces.
Q4: What is the recommended overlap when wrapping?
A: A 50 percent overlap is recommended to form a continuous
multi-layer barrier and ensure reliable waterproofing and corrosion
protection.
