NanoMate® 1800 is a GMW4700 & GMW16730 certified clear sealer for Zinc-Ni plating; NanoMate®1811 is certified by GMW16730 as a black sealer for Zinc-Ni plating.
| Product No. | Zinc Thickness | NanoMate Thickness | Red Rust (SST)* | White Rust (SST)* |
|---|---|---|---|---|
| C500 (Clear) | 5μm | 0.5-1.0μm | 500 hrs | 144 hrs |
| C1000 (Clear) | 8μm | 1.0-1.5μm | 1000 hrs | 240 hrs |
| Y500 (Yellow Zn) | 5μm | 0.5-1.0μm | 500 hrs | 168 hrs |
| Y1000 (Yellow Zn) | 8μm | 1.0-1.5μm | 1000 hrs | 240 hrs |
| B500 (Black Zn) | 5μm | 1.0-2.0μm | 500 hrs | 120 hrs |
| B1000 Black Zn) | 8μm | 2.0-3.0μm | 1000 hrs | 240 hrs |
| Step # | Process Description |
|---|---|
| 1. | Pretreatment (such as degrease) |
| 2. | Zinc Plating (5-7μm) |
| 3. | Trivalent chromate passivation |
| 4. | For COF modification or coloring, add additive (such as NonoMate® 0151 Modifier) or dye into 1810 |
| 5. | Apply Layer 1 NanoMate® by dip-spin coater to rech 500 hrs SST red rust* |
| 6. | Apply Layer 2 NanoMate® by dip-spin coater to rech 1000 hrs SST red rust* |
| 7. | 180-200°C curing for ~20 minutes |
| Step # | Process Description |
|---|---|
| 1. | Pretreatment (such as degrease) |
| 2. | Zinc Plating (5-7μm) |
| 3. | Trivalent chromate passivation |
| 4. | For COF modification or coloring, add additive (such as NonoMate® 0151 Modifier) or dye into 1810; 1810 can be diluted for in-line sealant |
| 5. | Apply NanoMate® by dipping to rech 500 hrs SST red rust* |
| 6. | Blow dry by air knife |
| 7. | 100-120°C curing for ~20 minutes |
Interested in trying? If you have a plated part, a simple centrifuge and an oven, we have 1-liter sample pack for you.
| Step # | Process Description |
|---|---|
| 1. | Pretreatment (such as degrease) |
| 2. | Zinc Plating (5-7μm) |
| 3. | Trivalent chromate passivation |
| 4. | For COF modification, add additive (such as NonoMate® 0151 Modifier) into 1811 |
| 5. | Apply Layer 1 NanoMate® by dip-spin coater to reach 500 hrs SST red rust* |
| 6. | Apply Layer 2 NanoMate® by dip-spin coater to reach 1000 hrs SST red rust* |
| 7. | 180-200°C curing for ~20 minutes |
| Step # | Process Description |
|---|---|
| 1. | Pretreatment (such as degrease) |
| 2. | Zinc Plating (5-7μm) |
| 3. | Trivalent chromate passivation |
| 4. | For COF modification, add additive (such as NonoMate® 0151 Modifier) or dye into 1811; 1811 can be diluted for in-line sealant |
| 5. | Apply NanoMate® by dipping to reach 500 hrs SST red rust* |
| 6. | Blow dry by air knife |
| 7. | 100-120°C curing for ~20 minutes |
Interested in trying? If you have a plated part, a simple centrifuge and an oven, we have a 1-liter sample pack for you.
Configuration: Loading, weighing, centrifuging, leveling and conveying curing oven
Capacity: 30~60KG per batch, depending on the type and the size of fasteners.
Cycle Time: Centrifuging approx. 5 minutes at the spin speed of 400-500 RPM; 15~20 minutes curing afterwards
Performance: PLC-optimized dip spin process including tilting angle and rotating speed, to improve uniformity of coating.
Application: Can also be used in dip-spin process of Zinc-rich coating, such as Geomet, Magni, Dorken and Dacro
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