China China FVT95 Fabric Viscoelastic Tape - Corrosion Prevention Solution from Leading Suppliers and Factory Manufacturers, Supplier

CYCT FVT95 Fabric Viscoelastic Tape is a high-performance, amorphous, apolar, viscoelastic, semi-solid polyolefin coating designed for corrosion prevention in both underground and aboveground applications. Manufactured by a leading factory in China, this innovative product features a paintable backing that enhances its utility. The viscoelastic coating system includes a corrosion protective sealant or mastic layered with a mechanical protective outer layer, and an optional epoxy coating for added durability. As one of the top suppliers in the industry, we offer exceptional corrosion resistance and waterproofing solutions for diverse substrates, ensuring long-lasting protection

Product Description

⚙️ Features
  • Simple surface preparation and directly applied on steel, PE, PP, FBE without primer.
  • Excellent impermeability to water and oxygen.
  • Perfect chemical resistance.
  • Resistant to aggressive soil conditions such as water, acid, salts, or soil organics.
  • Contains no solvents, no carcinogens, non-toxic, non-flammable.
  • Flexible, pliable, conforms to irregular shapes easily.
  • Ability to fill voids and anomalies of substrate.
  • Wide applicable temperature range: -45°C ~ 95°C.
  • Controllable construction quality — seldom affected by environment or operator skill.
🎨 Uniform Aesthetics

When applied to exposed equipment like storage tanks and pipelines, it can be painted to match the main equipment coating.

🛡️ Double Protection

Adding a coating protective layer over the viscoelastic tape anticorrosion layer further improves weather resistance and chemical corrosion resistance, extending protection durability.

🏷️ Flexible Identification

Enables color differentiation and warning sign marking through painting, meeting identification and safety requirements.

📊 Technical Performance
Property Test Temp Unit Requirements Measured Value Test Method
Minimum thickness 23 °C mm ≥ Specified minimum value 1.8 Annex B
Glass transition temperature °C At least 20°C below minimum application temperature ≤ -56°C ISO 11357-2
Crystallization temperature °C No evidence of crystallization No evidence of crystallization ISO 11357-3
Holiday detection at 5 kV/mm + 5 kV, max. 25 kV No holiday No holiday Annex C
Drip Resistance 115 °C No dropping of compound No dropping of compound Annex K
Adhesion test of reinforced compound with respect to steel and to plant coating 23 °C N/mm ≥ 0.04 Cohesive separation mode Coverage ≥ 95% 0.40 Cohesive separation mode Coverage > 95% Annex H (and M.3 and Annex I)
95 °C ≥ 0.02 0.05
Adhesion test of reinforced compound with respect to steel and to plant coating after thermal ageing, for 100 days at Tmax + 20 °C 23 °C ≥ 0.04 Cohesive separation mode Coverage ≥ 95% 0.38 Cohesive separation mode Coverage > 95%
95 °C ≥ 0.02 0.04
Adhesion test of reinforced compound with respect to steel and to plant coating after hot-water immersion, for 100 days at Tmax + 20 °C 23 °C ≥ 0.04 Cohesive separation mode Coverage ≥ 95% 0.35 Cohesive separation mode Coverage > 95%
95 °C ≥ 0.02 0.04
Lap shear resistance 23 °C N/mm2 ≥ 0.004 Cohesive separation mode Coverage ≥ 95% 0.04 Cohesive separation mode Coverage ≥ 95% Annex I
95 °C ≥ 0.002 0.003
Specific electrical insulation resistance RS100 23 °C Ω·m² ≥ 108
≥ 0.8a
1.0×1011
0.90
Annex F
RS100/RS70
Complete Coating
Impact resistance 23 °C J ≥ 15 > 15 Annex D
Indentation resistance FJC Type 23 °C and 95 °C N/mm2 13A 13A-3 Annex E
Test pressure 1.0 1.0
Residual thickness mm ≥ 0.6 1.2
Cathodic disbondment resistance at 28 days 23 °C and 95 °C mm 0 mm, no holiday 0 mm, no holiday Annex G (and Annex C and 13.5.7)
📐 Specification
  • Tape Thickness: 1.3 mm / 1.5 mm / 1.8 mm / 2.0 mm
  • Tape Width: 100 mm or according to your requirements
  • Tape Length: 10 m/Roll or according to your requirements
FVT95 Fabric Viscoelastic Tape
Frequently Asked Questions
Q Does the FVT95 Fabric Viscoelastic Tape require a primer before application?
No. The FVT95 tape features a simple surface preparation process and can be applied directly onto steel, PE, PP, and FBE substrates without any primer, greatly simplifying the installation procedure.
Q What is the operating temperature range of the FVT95 Viscoelastic Tape?
The FVT95 tape has a wide applicable temperature range of -45°C to 95°C, making it suitable for diverse climatic and industrial environments, from arctic pipelines to high-temperature process piping.
Q Is the FVT95 tape safe to handle? Does it contain hazardous substances?
Yes, the FVT95 tape is safe for handling. It contains no solvents, no carcinogens, is non-toxic, and non-flammable, ensuring a safe working environment for installation crews while meeting environmental compliance requirements.
Q What thicknesses and widths are available for the FVT95 tape?
The FVT95 tape is available in thicknesses of 1.3 mm, 1.5 mm, 1.8 mm, and 2.0 mm, with a standard width of 100 mm. Custom widths and roll lengths (standard: 10 m/roll) can be supplied according to project requirements.
Q Can the FVT95 tape be used on irregular or complex pipeline shapes?
Absolutely. The FVT95 tape is highly flexible and pliable, allowing it to conform to irregular shapes, bends, fittings, and valves with ease. It also has the ability to fill voids and surface anomalies of the substrate, ensuring complete and consistent coverage.
Q How does the FVT95 tape perform in terms of cathodic disbondment and electrical insulation?
The FVT95 tape demonstrates outstanding cathodic disbondment resistance — showing 0 mm disbondment with no holiday after 28 days at both 23°C and 95°C. Its specific electrical insulation resistance reaches 1.0×1011 Ω·m², far exceeding the minimum requirement of 108 Ω·m², providing reliable long-term cathodic protection compatibility.

Related Products