CORRONIL-0767 is a high performance, green, ZERO VOC, environment friendly, anti-corrosion protective coating for protecting metallic structures in varied climatic conditions. Most coatings / paints labelled as ‘Environment friendly’ are Low VOC.
Performance Features
- Excellent Resistance to Corrosion
- Resistance to Humidity
- Prolonged Resistance to Chemicals & Corrosive Gasses
- High Flexibility & Impact Resistance
- Excellent Adhesion to Ferrous & Non-Ferrous Substrates
- Excellent Temperature Resistance to UV Radiation
- Stable in Temperature Range of – 40°C to 200°C
Benefits
- Single Pack Ready-to-use System – Long Pot Life
- Self Priming – Direct to Metal Application
- Fast Curing at Room Temperature
- On-Site & Off-Site Application
- Easy to Repair and Recoat
- Environment Friendly – RoHS Compliant
- Enhanced Life Cycle
- Saves Time, Labour, Material, Energy – No Need of Oven Baking
- Available in All Desired Colour Shades
- Easy to clean & wash
Applications
- Equipment- Heavy Equipment & Mining Equipment
- Structural Steel/ MS Structures & Towers
- Industrial Valves
- Motors & Pumps
- Control Panels
- Transformers
- Pipelines
- Storage Tanks – Oil Fields / Oil Rigs
- Porta Cabins & Containers
- Chemical Plants/ Refineries/ Thermal Power Plants
- Marine Complexes / Ports / Ships
- Automobiles
Comparative Chart
Conventional Anti-Corrosion Coating vs. GSCLP Anti-Corrosion Green Coating System
| Sr. No. # | Conventional System Conventional Anti-Corrosion Coating System (Epoxy/PU) | GSCLP Green Technology GSCLP Anti-Corrosion Green Coating System |
|---|---|---|
| 01 |
Thermosetting Polymer Formed with single polymer system. Does not fulfil all the properties needed for optimum corrosion performance. Calls for multilayer painting with much higher DFT to achieve desired results. |
Grafted Copolymer Formed by synergizing properties of four polymers. Fulfils all the performance properties needed for ideal anti-corrosion coating. Does not require multilayer coating and desired performance is achieved at much lower DFT. Advanced Performance |
| 02 |
Two Pack System Mixing of two components is a must and is critical. Performance depends on proper mixing. |
Single Pack System Does not require mixing operation. Ready to use system. Can be used directly from container. Ready to Use |
| 03 | Calls for skilled manpower to supervise weighing & mixing accuracy. |
No weighing operation – Performance does not depend on skill of manpower.
Simplified Application |
| 04 | Pot life is critical – To be used within specific time after mixing two components. |
Longer pot life – Can be used up to six months after opening the tin.
Longer Usability |
| 05 | Heavy wastage – As it cannot be used after expiry of pot life. |
No wastage – It can be used up to six months after opening the tin.
Less Waste |
| 06 | Long curing / drying time. |
Dries quickly at room temperature (within 30 minutes without oven).
Fast Drying |
| 07 | Recoating possible – after 4 to 6 hrs. |
Recoating possible – after 20 to 30 minutes.
Quick Recoating |
| 08 | Higher down time & shut down time due to longer coating process. |
Entire coating process can be finished in two to three hours.
Reduced Downtime |
| 09 | Big coating jobs cause delays in routine operational activities. |
Big coating jobs do not cause delays in routine operational activities.
Operational Continuity |
| 10 | Higher cost of labour due to multiple coating system and longer curing times. |
Cost of labour is one-third of 2-pack system due to quick drying properties.
Lower Labour Cost |
| 11 | Entire coating operation takes more than 24 to 30 hours resulting in delay in deliveries & dispatches. |
Quick coating operation leads to enhanced productivity, increased production and on-time deliveries.
Higher Productivity |
| 12 | Requires oven baking to accelerate drying time – High energy consumption. |
No oven baking required – Low energy consumption leading to carbon credits being claimed.
Energy Efficient |
| 13 | Falls under Hazardous category – Chemicals used in manufacturing are toxic and not safe for environment. |
Water based Green Coatings.
Zero VOC, Non-Hazardous System, RoHS Compliant.
Zero VOC |
| 14 | Not Fire Resistant. |
Excellent Resistance to Fire.
Fire Resistant |
Why GSCLP?
The GSCLP Anti-Corrosion Green Coating System combines simplified application,
faster drying, reduced downtime, lower energy consumption and environmentally
responsible coating technology.
Comparative Chart | ||
| Sr. No. | CONVENTIONAL ANTI-CORROSION COATING SYSTEM (EPOXY/PU) | GSCPL ANTI-CORROSION GREEN COATING SYSTEM |
| 1. | Thermosetting Polymer. | Grafted Copolymer. |
| 2. | Two Pack system. | Single Pack system. |
| 3. | Calls for Skilled manpower to supervise weighing & mixing accuracy. | No weighing operation – Performance does not depend on skill of manpower. |
| 4. | Pot life is critical – To be used within specific time after mixing two components. | Longer pot life – Can be used up to six months after opening the tin. |
| 5. | Heavy wastage – as it cannot be used after expiry of pot life. | No wastage – It can be used up to six month after opening the tin. |
| 6. | Long Curing/ Drying time. | Dries quickly at room temperature (within 30 minutes without oven) |
| 7. | Recoating possible – after 4 to 6 hrs. | Recoating possible – after 20 to 30 minutes. |
| 8. | Higher down time & shut down time due to longer coating process. | Entire coating process can be finished in two to three hours. |
| 9. | Big coating jobs cause delays in routine operational activities. | Big coating jobs do not cause delays in routine operational activities. |
| 10. | Higher cause of labor due to multiple coating system and longer curing times | Cost of labor is One-third of 2 pack system due to quick drying properties. |
| 11. | Entire coating operation takes more than 24 to 30 hours resulting in delay in deliveries & dispatches. | Quick coating operation leads to enhanced productivity, increased production and on time deliveries. |
| 12. | Requires oven baking to accelerate drying time – High energy consumption | No oven baking required – Low energy consumption leading to carbon credits being claimed |
| 13. | Falls under Hazardous category – Chemicals used in manufacturing are toxic and not safe for environment. | Water based Green Coatings. Zero VOC, Non-Hazardous System, RoHS Compliant. |
| 14. | Not Fire Resistant. | Excellent Resistant to Fire. |
Featured
Most popular questions
CORRONIL-0767 is a high-performance anti-corrosion coating designed to protect metal surfaces from rust, oxidation, moisture, and chemical exposure. It is ideal for industrial structures, pipelines, tanks, and infrastructure projects.
Yes, CORRONIL-0767 provides excellent resistance against harsh weather conditions, UV exposure, humidity, and corrosive environments, making it suitable for both indoor and outdoor use.
It can be applied on ferrous and non-ferrous metal surfaces, including structural steel, machinery, equipment, and fabricated components, after proper surface preparation.
The coating can be applied using brush, roller, or spray equipment. Proper surface cleaning and priming (if required) ensure optimal adhesion and long-lasting performance.
Yes, by providing long-term corrosion protection and enhancing surface durability, CORRONIL-0767 significantly reduces maintenance frequency and lifecycle costs.