ESP-700 - NANO ARMOR ADVANCED HIGH-PERFORMANCE ANTI-CORROSION NANO-COATING
What is the ESP-700?
- Product Description
ESP-700 is an advanced, innovative nanotechnology-based material for corrosion prevention, formulated from carefully selected and engineered components arranged in a unique cross-linked structure, which is the proprietary intellectual property of Nano Z Coating Ltd.
The product is designed for application on all types of metals in harsh, marine, corrosive, chemical, and food industry environments, and holds an official food-contact certification issued by the Standards Institution of Israel (SII). ESP-700 exhibits outstanding resistance to weathering and abrasion over many years, exceeding any existing technology currently available for corrosion prevention with a minimal number of coats (2–3). Consequently, it dramatically improves overall job costs and downtime, in contrast to traditional anti-corrosion systems that require multiple layers, creating a “thick chemical blanket (6–8 layers)”.
ESP-700 binds molecularly to the surface in a unique cross-linked structure, penetrating deeply into the smallest possible pores, filling them completely without pinholes (PIN HOLES). This blocks air passage beneath the coating and eliminates the possibility of corrosion development.
Thanks to its 99% solid content, it prevents coating shrinkage and cracking—typical phenomena caused by solvent evaporation in traditional systems such as epoxy or polyurethane. This is a crucial factor in avoiding micro-cracks and defect formation shortly after drying.
ESP-700 was developed as a unique, innovative, non-toxic two-component coating designed to protect vessels above the waterline, desalination plants, equipment and machinery, tankers, and any location where robust, dependable corrosion protection is required.
The coating in this molecular structure is virtually inert to environmental factors. It provides exceptional protection by repelling water and oil (superior hydrophobic and oleophobic properties), high chemical and physical resistance, reduced biofilm accumulation, UV radiation protection, anti-graffiti resistance, prevention of clouding, and ice repellency.
ESP-700 is engineered to repel all contaminant attacks, including salinity, oils, floating oil on water, soot, and dirt, allowing for extremely easy cleaning. The coating is highly resistant to all types of cleaning agents, acetone, thinner, hydrochloric acid, fuels, jet fuel, oils, and more.
- Main Uses & Applications
▪ Offshore drilling rigs and marine energy facilities | ▪ Marine vessels (hull and superstructure applications above the waterline) |
▪ Desalination plants and water piping systems | ▪ Above-ground and underground structures & constructions |
▪ Bridges and transportation infrastructure | ▪ Food processing plants, wineries, and industrial kitchens |
▪ Cold storage rooms and refrigeration facilities | ▪ Oil, gas, and chemical pipelines |
▪ Trucks, cranes, and engineering/construction equipment | ▪ Heavy industrial machinery and equipment |
▪ Tanks, tankers, and storage vessels | ▪ Metal structures, sculptures, and architectural elements |
- Key Features & Advantages
✓ AMPP-US World Corrosion Organization Approval: Officially certified by the world’s leading organization for corrosion research and prevention (AMPP-US/NACE).
✓ Advanced Nanotechnology: Unique cross-linking structure providing molecular-level sealing and protection without pinholes (PIN HOLES).
✓ Extreme Condition Durability: Long-term resistance to severe weather conditions, corrosion, abrasion, weathering, high temperatures (up to 200 °C), and nuclear radiation.
✓ Absolute Protective Barrier: Resistant to salinity, oils, soot, dirt, traditional detergents, acetone, thinner, fuels, and jet fuel, preventing organic structure collapse.
✓ Hydrophobic & Contaminant-Repellent Properties: Superior hydrophobicity, physical and chemical resistance, UV protection, anti-graffiti performance, anti-fouling (reduces organic accumulation), and snow/ice repellency.
✓ Self-Cleaning Effect: Self-cleaning mechanism during winter and upon contact with precipitation.
✓ High Luster Finish: Imparts an aesthetic, glossy, modern appearance to the coated surface.
✓ High Economic Viability: Highly attractive cost-to-benefit ratio when calculated per square meter.
✓ Thermal Conductivity & Thermal Resistance: Excellent resistance to thermal expansion and temperature fluctuations.
✓ Environmentally Friendly (99% Solids): 99% solid content with extremely low VOC emissions, releasing no toxic substances during application/curing.
✓ Food Contact Approved: The ESP-700 series holds official certification for food contact approval.
- Product Data & Application Guide
4.1 Product Specifications
Appearance | High luster, transparent |
Packaging | 0.4L DIY Kit | 3.8L Industrial Kit (Component A + Component B) |
Coverage Rate | 7.5–18 m²/liter (37.5–90 m²/gallon | 80–193 sq ft/liter) |
4.2 Surface Preparation
- 2.1 Thorough Cleaning: Remove all dirt, grease, oils, and loose corrosion. Wash with high-pressure water blasting and allow to dry completely and absolutely. (Minimum surface preparation according to Sa 2.5 standard is recommended).
- 2.2 Deep Cleaning: Wipe the surface clean using a sponge or clean cloth soaked in 70% Isopropyl Alcohol (IPA) (Highly recommended to use NANO Z COMPONENT A 99%).
4.3 Pre-Application Mixing Instructions
Pre-mixing: Mix Component A and Component B separately for 1 minute prior to combining them.
- 3.1 Mixing Components: Pour Component B into Component A and mix thoroughly for 2 continuous minutes.
- 3.2 Induction / Resting Time: Allow the mixture to stand and rest for 8–10 minutes until it becomes completely transparent and air bubbles are fully released.
- 3.3 Mixture Maintenance: Stir the mixture periodically during application and handling.
4.4 Application Method
- 4.1 Application Equipment: Can be applied by brush, roller, or standard High Volume Low Pressure (HVLP) spray system.
- 4.2 Number of Coats: Apply 2 coats (80–100 microns DFT per coat / 160–200 microns total DFT).
- 4.3 Recoat Window: Apply the second coat approximately 45–90 minutes after the first coat (when the first coat is stable but still slightly tacky). Do NOT allow the first coat to dry completely before applying the second coat!
- 4.4 Marine Environments: In severe marine and highly corrosive environments, applying a third coat is strongly recommended.
- 4.5 Dilution: Dilution is not required. Up to an additional 15% of Component B may be added to accelerate drying time.
4.5 Technical Data
Application & Cure Temperature | 5 °C to 40 °C (41 °F to 104 °F) |
Pot Life | 6–8 hours after mixing (at 20 °C / 68 °F) |
Drying Time (at 20 °C / 68 °F) | Touch Dry: 5–10 hours | Full Cure (Final Dry): 48–96 hours (varies according to temperature and humidity) |
Curing Mechanism | Air-dries naturally. Infrared (IR) heating can be utilized to accelerate the process. |
4.6 Storage & Safety
- Shelf Life: 1.5 years (18 months) in original, shaded, sealed packaging.
- Storage Warning: Protect from freezing. Frozen product is rendered unusable!
- Safety: Upon full cure, the product is completely inert, non-flammable, and non-toxic.
- Standards & Certifications
ESP-700 complies with the most stringent international and local standards:
✓ AMPP-USA (Association for Materials Protection and Performance)
✓ ISO 9001 (Recognized Quality Management System Standard)
✓ Standards Institution of Israel (SII) Approval for food contact
✓ ISO 9227 (Corrosion tests in artificial atmospheres – Salt spray tests)
✓ ASTM B117 (Standard Practice for Operating Salt Spray Apparatus)
✓ DIN 50021 / DIN 50907 (German Standards for Corrosion Testing)
✓ VDA (German Automotive Industry Standard)
✓ SAE J2334 (5×1000) – Advanced Cyclic Corrosion Test
