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Resimac SA.
207 Ceramic XHT Fluid.
207 Ceramic XHT Fluid is a solvent-free epoxy novolac coating engineered to protect industrial equipment from erosion and corrosion in extreme, high-temperature environments. Designed for continuous immersion up to 180°C (356°F), it provides long-lasting protection where conventional coatings fail. The coating forms a dense, chemically resistant barrier with excellent adhesion to metallic substrates, resisting abrasion, chemical attack, and thermal cycling.
Ideal for exposure to hot water, pressurised steam, aqueous or hydrocarbon mixtures, it extends equipment life, reduces downtime and delivers reliable performance in demanding industrial applications.
What is 207 Ceramic XHT Fluid?
Epoxy Novolac Coating for Extreme Temperature Immersion Protection.
207 Ceramic XHT Fluid is a high-performance, solvent-free epoxy novolac coating engineered to protect equipment from severe erosion and corrosion in elevated-temperature environments. Designed for continuous immersion service up to 180°C (356°F), Ceramic XHT Fluid delivers long-term durability and operational reliability in the most demanding conditions.
Formulated to extend asset life, XHT Fluid coating provides exceptional adhesion to metallic substrates while resisting abrasive wear, chemical attack and thermal cycling. Once fully cured, 207 XHT forms a dense, impervious barrier that performs reliably in continuous immersion applications involving water, pressurised steam and aqueous as well as hydrocarbon mixtures.
Ideal for high-temperature immersion service, 207 Ceramic XHT Fluid offers robust protection across a wide range of industrial applications, helping to reduce maintenance requirements, minimise downtime and enhance overall equipment performance.
Why use 207 Ceramic XHT Fluid?
Epoxy Novolac Coating for Extreme Temperature Immersion Protection.
Industrial equipment exposed to high-temperature fluids, pressurised steam and hydrocarbon mixtures face relentless erosion, corrosion and thermal cycling. Over time, these forces compromise metal integrity, causing leaks, downtime and costly replacements. Conventional coatings struggle under continuous immersion at extreme temperatures, leaving plant managers searching for a long-term, reliable protection system.
Imagine a coating so advanced it stands resilient where others fail, withstanding continuous immersion up to 180°C (356°F). Your condensate extraction pumps, heat exchangers, and process vessels not only survive but thrive under the harshest chemical and thermal stress. Instead of worrying about corrosion and wear, you focus on performance and productivity.
The Promise:
Resimac 207 Ceramic XHT Fluid is engineered to deliver uncompromising protection in extreme immersion environments. This solvent-free, two-component epoxy novolac coating is designed to resist high-temperature water, steam, and hydrocarbon mixtures. Once cured, it forms a dense, high-adhesion barrier that shields metallic substrates from erosion, corrosion, and abrasion.
- Continuous immersion resistance up to 180°C (356°F)
- Exceptional adhesion to abrasive blasted metals
- High resistance to abrasion and thermal cycling
- Solvent-free formula for environmental compliance and operator safety
- Smooth finish achievable by brush, roller, or spray application
- Long shelf life—up to 3 years when stored properly
207 Ceramic XHT Fluid
The 207 Ceramic XHT Fluid has undergone extensive laboratory and field testing to validate its mechanical and thermal endurance:
- Abrasion Resistance: 20 mg loss per 1000 cycles (ASTM D4060)
- Adhesion Strength:76 MPa tensile shear (ASTM D1002)
- Compressive Strength:5 MPa (ASTM D695)
- Flexural Strength:65 MPa (ASTM D790)
- Heat Resistance: Pass—no blistering or cracking after 3 months of water/CO₂ immersion at 180°C
- Steam Resistance: Pass after 100 hours at 220°C
Every data point reinforces one truth, this coating performs where most cannot.
In industries where downtime costs millions, performance is not optional, it is essential. Resimac 207 Ceramic XHT Fluid consistently outperforms conventional high-temperature coatings by maintaining structural and chemical stability even in aggressive immersion conditions.
The Science Behind 207 Ceramic XHT Fluid?
This coating uses an epoxy novolac resin system, renowned for its thermal stability and chemical resistance. When combined with advanced ceramic reinforcements, the cured coating forms an ultra-dense matrix that resists both fluid ingress and mechanical wear. The solvent-free formulation eliminates VOC emissions, ensuring safer applications in confined or environmentally sensitive spaces.
Typical Applications for 207 Ceramic XHT Fluid :
Engineered for reliability in high-temperature immersion service:
- Condensate extraction pumps
- Return tanks and process vessels
- Heat exchangers and evaporators
- Distillation units and scrubber systems
- Calorifiers and filters
- Steam-out and hydrocarbon immersion applications
Each application benefits from the coating’s ability to provide long-term, low-maintenance protection, reducing both planned and unplanned shutdowns.
Easy Application, Reliable Cure:
Applying 207 Ceramic XHT Fluid is straightforward:
- Surface Preparation: Degrease with MEK and abrasive blast to a 75-micron roughness.
- Mixing: Combine activator and base (4.8:1 by weight, 3.3:1 by volume). Mix until uniform.
- Coating: Apply a stripe coat to edges and corners, then build two layers of 250–300 microns each.
- Cure: Allow initial curing for 3 hours at 20°C; heat cure recommended for optimal performance.
Once fully cured, the coating provides a continuous, impermeable surface capable of resisting high-pressure and high-temperature fluids without degradation.
The Environmental Edge of 207 Ceramic XHT Fluid:
The solvent-free chemistry of 207 Ceramic XHT Fluid reflects Resimac SA’s commitment to sustainability. By eliminating harmful VOCs and minimizing waste, this coating offers a safer and greener alternative to traditional solvent-based systems, without compromising on performance or longevity.
Case Study: 207 Ceramic XHT Fluid.
A major refinery in the Middle East faced persistent corrosion in heat exchanger units operating under 160°C hydrocarbon immersion. After applying Resimac 207 Ceramic XHT Fluid, the plant reported zero degradation or erosion after 18 months of service. The coating’s robust adhesion and thermal stability reduced maintenance cycles and increased uptime, demonstrating real-world value beyond the lab.
Why Choose 207 Ceramic XHT Fluid?
Because it’s engineered to endure what most coatings cannot. Whether you manage power generation assets, chemical processing plants or offshore facilities, this coating stands as your first line of defence against the destructive effects of heat, pressure, and corrosion.
| Feature | Benefit |
| High-temperature immersion resistance (up to 180°C) | Long-term protection under extreme service conditions |
| Excellent adhesion | Prevents delamination and coating failure |
| High abrasion resistance | Reduces wear and maintenance frequency |
| Solvent-free formula | Low environmental impact and safer handling |
| Easy brush, roller, or spray application | Fast, efficient deployment on-site |
| Long storage life | Reduced material waste and better cost efficiency |
Technical Summary
| Property | Result |
| Appearance | Grey viscous liquid |
| Density | 1.34 g/cc |
| Solids Content | 100% |
| Sag Resistance | Nil at 350 microns |
| Coverage | 2.48m²/kg at 300 microns |
| Shelf Life | 3 years (15–30°C) |
The Push: Take the Next Step.
Protect your high-value assets with a coating built to outperform and outlast. Whether you’re refurbishing process equipment or specifying new builds, Resimac 207 Ceramic XHT Fluid delivers unmatched protection in environments others can’t withstand.
Request a technical consultation or quotation today.
Our materials specialists will help you specify the right solution for your operating conditions and maximize your asset performance.
207 Ceramic XHT Fluid is a high-performance, solvent-free epoxy novolac coating engineered to protect equipment from severe erosion and corrosion in elevated-temperature environments. Designed for continuous immersion service up to 180°C (356°F), Ceramic XHT Fluid delivers long-term durability and operational reliability in the most demanding conditions.
Formulated to extend asset life, XHT Fluid coating provides exceptional adhesion to metallic substrates while resisting abrasive wear, chemical attack and thermal cycling. Once fully cured, 207 XHT forms a dense, impervious barrier that performs reliably in continuous immersion applications involving water, pressurised steam and aqueous as well as hydrocarbon mixtures.
Ideal for high-temperature immersion service, 207 Ceramic XHT Fluid offers robust protection across a wide range of industrial applications, helping to reduce maintenance requirements, minimise downtime and enhance overall equipment performance.
