Degrezzo DR-201
Cut through the toughest grease, oil and grime with unmatched efficiency.
Engineering Protection That Outlasts Time
Our Technology
Based on 10+ years of R&D, RFGPL has developed the RFG(K) Nanomodified Anti-corrosive / Anti-Fungal, Acid/Alkali Resistant Coating System (DL-AR NSFAF Technology) — branded as Steel Guard Nano Coat (SGNC).
How It Works
Coating System Stack
One-stop preservation painting — acid/alkali resistant nano systems with epoxy, phenolic or fluoro-polymer bases for harsh atmospheres.
Catalogue
Click any product for full technical detail.
Cut through the toughest grease, oil and grime with unmatched efficiency.
Water-based nanotechnology anti-corrosive. Made in India. ROHS approved.
Ready-to-use high-performance anti-corrosion for real-world site conditions.
Water-based, non-flammable, ready-to-use anti-rust coating.
Epoxy, phenolic & fluoro-polymer bases — 3–4× system performance.
Nanotechnology with silver-ion infusion for anti-fungal protection.
Very low coating thickness where high performance is still required.
Corrosion protection specially designed to withstand conditions in space.
High-temperature protection for surfaces up to 600°C.
Blocks up to 85% of infrared heat before it enters your building.
Extended Range
Complementary systems that complete the corrosion-management stack.
Prepare and stabilize oxidized steel before coating.
Cut grease and oil for clean, bond-ready surfaces.
Protect assets operating up to 600°C process heat.
On-site alternative to fusion-bonded epoxy and plasma.
Metal roof coatings that cut surface heat 10–15°C.
Reflective systems for concrete decks and structures.
Advantages
Process replacements and performance gains that change how plants fight corrosion.
Alternative to Sand/Shot Blasting
Alternative to 7-Tank Phosphating Process
Alternative to 13-Tank CED/Autophoretic Galvanizing
Alternative to Zinc Rich Primer
100% increase in bond strength between SGNC and upper coat
100% safe for humans, flora, and fauna
ROHS-complied = nil contribution to pollution
Reduces maintenance periodicity
Verified Performance
Anti-corrosive coating — ASTM / ISO verified. Select a row for plain-English context.
| # | Parameter / Characteristic | ASTM / ISO | Desired Value | |
|---|---|---|---|---|
| 1 | Dry Film Thickness (DFT) | ASTM D7091 |
280–340 µm | |
| Ensures adequate barrier thickness for long-term corrosion protection under industrial exposure. | ||||
| 2 | Operating pH range | — |
5 – 10 | |
| Confirms coating stability across common industrial process chemistries. | ||||
| 3 | Temperature resistance | ASTM D2485 |
Up to 85 °C | |
| Validates performance under elevated service temperatures typical of process equipment. | ||||
| 4 | Humidity resistance | ASTM D2247 |
>3000 hours | |
| Proves resistance to continuous moisture — a primary corrosion accelerator. | ||||
| 5 | Acid/Alkaline immersion | ASTM D6943 |
>150 hours | |
| Demonstrates chemical resistance for fertilizer, sugar and process-plant environments. | ||||
| 6 | Salt spray test | ASTM B117 |
>3000 hours | |
| Industry-standard accelerated corrosion test for coastal and marine-adjacent assets. | ||||
| 7 | Adhesion (pull-off) | ASTM D4541 |
> 10 MPa | |
| Quantifies bond strength between coating and substrate — critical for longevity. | ||||
| 8 | Flexibility | ASTM D522 |
> 15 mm | |
| Ensures the film flexes with substrate movement without cracking. | ||||
| 9 | ROHS | — |
Pass | |
| Confirms nil contribution of restricted hazardous substances — safe for people and environment. | ||||
| 10 | Tafel Extrapolation Test | ISO16773-2 |
Pass | |
| Electrochemical verification of corrosion current reduction and nobility shift. | ||||
| 11 | Resistance to Impact, Falling Weight - 4lb, Indent diameter: 0.625 inch | ASTM D2794 |
Falling height > 44cm | |
| Confirms mechanical toughness against site handling and impact damage. | ||||
| 12 | Resistance to Bend (Flexibility Test) | ASTM 522; Method B |
Pass | |
| Complementary flexibility verification under bend stress. | ||||
| 13 | EIS Test | ISO 16773 |
Pass | |
| Electrochemical Impedance Spectroscopy — measures barrier integrity at the nano level. | ||||
| 14 | Chemical Immersion test. No blistering, rusting & delamination on film. | ASTM D 6943 |
10% HCl / 10% HNO₃ / 10% NaOH — 168 hrs | |
| Severe chemical immersion proving acid/alkali system robustness. | ||||
| 15 | Cryogenic Thermal Cycling Test, 5 cycles – −196°C for 1hr. & 85°C for 5 minutes (1 hr. is one cycle) | ASTM D2794 |
Pass — No Discoloration & No Coating Cracked after 5 cycles. | |
| Extreme thermal shock resistance from cryogenic to elevated temperatures. | ||||
| 16 | Holiday Detector Test | ASTM D-5162 |
≥ 5.5 kV | |
| Detects pinholes and discontinuities in the coating film. | ||||
| 17 | Tensile strength % elongation Test | ASTM D 638 |
@22.5 MPa, 3.98% | |
| Measured tensile strength and elongation of the cured film (ASTM D638). | ||||
| 18 | Diesel / Petrol Test | ASTM D 1308 |
No discoloration, blistering, cracking & delamination. No corrosion | |
| Hydrocarbon exposure resistance for transport and fuel-adjacent assets. | ||||