生物科技模板

Spray-applied High-polymer Carbon Nanocomposite Materials

Anti-permeation Coating System

System Overview |

Composed of ZP-121 anti-permeation intermediate coat, ZP-111-H/112-J anti-permeation primer, and ZP-211-S waterproof, anti-permeation, anti-corrosion, wear-resistant, and scour-resistant topcoat, this system is a flexible high-polymer carbon nanocomposite coating system applied on-site with professional equipment.

Product Features |

1. Rapid curing, can be continuously sprayed on any curved surface, vertical surface, or ceiling without sagging.

2. Excellent waterproof, anti-corrosion, wear-resistant, and scour-resistant properties, effectively protecting the substrate from erosion.

3. Superior physical and chemical properties, with good adhesion to various substrates.

4. Mechanized application ensures professional, convenient, and controlled construction, achieving the required thickness in one application.

5. 100% solid content, free from VOCs (Volatile Organic Compounds) and heavy metals, environmentally friendly.

6. Wide operating temperature range (-45°C to 150°C).

7. The coating is continuous, dense, seamless, and aesthetically practical.

Usage Scenarios |

Spillways, overflow dams, flood release tunnels, drainage holes, energy dissipators, dam bodies, bottom outlets, gate piers, water conveyance tunnels,

water pipes, turbine scroll cases, expansion joints, building roofs, and machinery rooms.

Spray-applied High-polymer Carbon Nanocomposite Materials

Wear-resistant Coating System

System Overview |

The system consists of ZP-111-H/112-J primer, ZP-121 intermediate coat, and ZP-211-M spray-applied carbon nanocomposite flexible coating. It is specifically developed for the protection of vehicle bodies and chassis, featuring rapid curing. The system provides anti-corrosion, wear-resistant, and impact-resistant properties.

Product Features |

1. Rapid curing: Can be continuously sprayed on any curved surface, vertical surface, or ceiling without sagging.

2. Excellent waterproof, anti-corrosion, wear-resistant, and scour-resistant properties, effectively protecting the substrate from erosion.

3. Superior physical and chemical properties, with good adhesion to various substrates.

4. Mechanized application ensures professional, convenient, and controlled construction, achieving the required thickness in one application.

5. 100% solid content, free from VOCs (Volatile Organic Compounds), and heavy metals, environmentally friendly.

6. Wide operating temperature range (-45°C to 150°C).

7. The coating is continuous, dense, seamless, and aesthetically practical.

Usage Scenarios |

Dump truck bodies, mining conveyor belts, chutes, and vibrating screens;

Drums, rock separators, oil transport pipelines;

Blast furnace linings, equipment parts, casting molds, film and television props, and more.

Spray-applied High-polymer Carbon Nanocomposite Materials

Impact-resistant Coating System

System Overview |

The system consists of ZP-112-J primer, ZP-211-BJF (rigid) coating, and ZP-211-RJF spray-applied carbon nanocomposite (flexible) coating. It is specifically developed for the protection of vehicle bodies and chassis, featuring rapid curing. The system provides anti-corrosion, wear-resistant, and impact-resistant properties.

Product Features |

1. Rapid curing: Can be continuously sprayed on any curved surface, vertical surface, or ceiling without sagging.

2. Excellent impact resistance, effectively protecting the substrate and absorbing impact energy.

3. Superior physical and chemical properties, with good adhesion to various substrates.

4. Mechanized application ensures professional, convenient, and controlled construction, achieving the required thickness in one application.

5. 100% solid content, free from VOCs (Volatile Organic Compounds) and heavy metals, environmentally friendly.

6. Wide operating temperature range (-45°C to 150°C).

7. The coating is continuous, dense, seamless, and aesthetically practical.

Usage Scenarios |

New energy power battery PACK products, automotive underbody protection, vehicle armor,

high-speed railway bridges, reservoir dams, tunnels, and other wear-resistant, impact-resistant environments.

Spray-applied High-polymer Carbon Nanocomposite Materials

Automotive Armor Coating System

System Overview |

This system utilizes a composite coating material modified with carbon nanotechnology through a specialized process. It incorporates carbon materials with at least one dimension under 20nm in a dispersed phase. Carbon nanomaterials are processed in special resins using a proprietary patent technology with microwave supercritical methods. These are then blended using a nano grinder with ultra-high shear forces to achieve dispersion. This achieves uniform distribution of the nanomaterials throughout the matrix. It fully leverages the high aspect ratio, strength, toughness, stability, surface area, filling capacity, low density, and thermal stability of carbon nanomaterials.

Product Features |

1. Solvent-free, 100% solid content, safe, environmentally friendly, odorless, and non-toxic emissions.

2. Excellent hydrolysis resistance, impermeability, and waterproof performance.

3. High strength, good elasticity, impact resistance, scratch resistance, and wear resistance, suitable for various protective applications.

4. Rapid curing: Can be continuously sprayed on any curved surface, vertical surface, or ceiling without sagging.

5. The coating is dense and seamless, with good flexibility and corrosion resistance, withstanding over 10,000 hours of salt spray.

6. Strong adhesion, quickly bonds to substrates such as steel, concrete, wood, fiberglass, and plastics.

7. Excellent vibration damping properties.

8. Excellent temperature stability.

9. Prolongs the service life of the coated structure.

10. Ultra-high strength and blast resistance, suitable for military and other specialized applications.

Usage Scenarios |

Vehicle armor protection, military, and police equipment protection.