Si 17 N
Phenolic Based Heat Cured Lining for Highly Acidic to Weak Alkali Media and Metal Oxychlorides. Satin Grey Olive Finish
SÄKAPHEN Si 17 N is a high-quality single-component phenolic based thermosetting heat cured, abrasion and impact resistant lining. Si 17 N is self-priming and developed for direct to metal application.
Si 17 N is chemically resistant to metal oxychlorides (VOCL3), 40% hydrofluoric acid, organic and inorganic acids, fume gases, chlorinated aromatic and aliphatic hydrocarbons, oils and greases. The lining is also resistant to temperature fluctuations.
The surface contains exceptional smooth properties, preventing caking, fouling and incrustation. Si 17 N is resistant to water vapor diffusion (ΔT 85°C) and once polymerized is fully machinable.
For the lining of Storage, Transportation and Process Vessels, Pipework, Rotating Equipment and others where excellent chemical resistance, enhanced abrasion resistance and / or resistance against diffusion is needed.
| Product name | Unit | SÄKAPHEN® Si 17® N | |||
|---|---|---|---|---|---|
| Properties | - | Heat Cured Duroplast | |||
| Resin base | - | Phenolic resin blend | |||
| Field of Application | - | For the coating of storage-, transportation- and process vessels, pipe works, rotating equipment and other equipment where excellent chemical resistance as well as enhanced abrasion resistance and/or resistance against diffusible mediums is needed. | |||
| Cure Mechanism | - | Heat cured | |||
| Quantity of components | - | 1 | |||
| Color | - | Grey - olive | |||
| Surface | - | Satin finished | |||
| General chemical resistance (All resistances have to be inquired separately!) | - | Abrasion resistant as well as chemically resistant to metal oxichlorides (VOCL3), HF conc. and various substances ranging from strongly acidic to light alkaline aqueous liquids and vapors, fume gases, organic and inorganic acids, chlorinated aromatic and alphatic hydrocarbons, oils and greases. Diffusion resistant. | |||
| pH Range | pH | 1 - 8 | |||
| Wet Film Thickness per layer | µm | 100 | |||
| Total dry film thickness | µm | 180-200 | |||
| Coverage | approx. kg/m²/DFT | 1,1 kg / m² / 200µm | |||
| Surface Preparation | Sa | SA2 ½ - SA 3 | |||
| Surface Profile | µm | 40 - 60 µm | |||
| Temperature resistance dry (dry air oven) | °C | -20°C to +180°C/200°C | |||
| Temperature resistance wet (water) | °C | -20°C to +180°C/200°C | |||
| Resistance to water vapor diffusion | °C | ≤ ∆T 85°C | |||
| Overcoating Waiting Time | hours/23°C | no limitations | |||
| Chemical Curing | days | after final bake | |||
| Linear Thermal Expansion | µm | (VDE 0304): 29*10-6 mm/mm°C | |||
| Pore testing | Volts | 67,5 | |||
| Pendulum hardness acc. to König | 6° sec | 153 | |||
| Shore D Hardness | Shore D | 95 | |||
| Adhesion Test | N/mm² [MPa] | >30 | |||
| Salt spray test | hours | 1250 | |||
| Impact Strength | mm (1 kg) | > 1000 | |||
| Surface smoothness (Ra) | µm Ø 3 readings | 1,27 | |||
| Surface tension | mN/m | >38 <41 | |||
| Taber Abrasion resistance, CS17 wheel, 1kg | mg/1000 r. | 6 | |||
| Crosscut | class | 0 (DIN EN ISO 2409) | |||
| Heat conductivity Ø 12,7x2,0mm on C-Steel with 67,37 w/mK | W/mK | n/a |
Filler fuses with a crystalline structure, similar to diamonds, to create a unique mechanical stability due to their covalent bonding, thus increasing the mechanical and chemical resistance of the lining.
