- EMI coatings, conductive glues, thermal, lubricants and seals
- Conductive coating
- 2 component coating for floors
2 component coating for floors is a permanently conductive, clear, two pack water-based epoxy graphene paint. High quality, water borne two pack epoxy system. It is very environmentally friendly, easy to clean with equipment using water and it provides the benefit of a low odour.
You can find the 3823 in different applications such as floor coatings (particularly where the previous coating is unknown as solvent will attack many coatings causing them to lift).
Typical installations include:
- Electrical industry
- Petrol/ Chemical industries
- Water treatment plants
- ATEX Environments e.g oil rigs, sewers, mines
- And many other industrial uses
The 3823 - 2 component coating is showing excellent mechanical properties that can withstand wear and impact, and is also resistant to a wide range of chemicals, including:
The electrical properties of the paint are permanent and independent of humidity, additionally a conductive underlay is not required for grounding the system. The 3823 provides the option of directly grounding racking/shelving used for storing ESD’S (electrostatic sensitive devices) to the floor.
For grounding applications for personnel the product is best used in conjunction with suitable electrostatic dissipative footwear.
|2 component coating for floors
|approximately 36-38 %
|2.3 poise ICI cone and plate
|6 months in original sealed containers
|1 hour at 20 °C
|2 pack mixing ratio
|4:1 (4 parts water base epoxy to 1 part hardener)
|Use warm soapy water before curing is complete
|If required thin with approx. 10-20 % water (thin after mixing the 2 parts)
|< 106 Ω per square at 2 coats
Grounding is best executed by means of non-oxidising metal plate bolted to the floor. Contact resistance is significantly reduced if a conductive rubber pad is used in addition to the metal plate top. The grounding plate can then be led to earth via a bonding point and ground cord.
The painted floor should be kept clean to avoid any soiling of the shielding or electrostatic conductive properties of the floor, therefore a regular cleaning regime should be implemented using non abrasive and non aggressive techniques. Regular checks of the grounding arrangements should also be carried out.
As with all paints it is suggested that a small trial be performed before the complete area is coated and when dry tested for adhesion, appearance and resistance.
It is recommended that a sealer is used on floors before coating with 3823 and that these following preparations are undertaken:
New concrete - in the case of newly laid concrete it is important that the concrete has been allowed to dry our for a minimum of 28 days before considering applying a concrete sealer, moisture content should be below 6%.
The main problem with new floors is the weak surface layer (laitance). This water rich top layer forms during the drying out period and is mechanically weak. The laitance has a chemical composition different to the rest of the concrete. The surface should therefore be acid etched to remove the laitance.
Old concrete - remove all oils, grease, dirt etc. together with the removal of old or failed coating to ensure a sound base. In order to ensure good adhesion and long-term performance of the coating it is essential that the correct type or surface preparation is carried out.
The following are recognised methods:
- Abrasive blast cleaning - this should always be the first choice for heavy duty systems, if conditions allow.
- Scarifying (or scrabbling) - rotating wheels and brushes scour the concrete surface.
- Acid etching - this method is most suited for use on new concrete floors and is used to remove laitence, it will not remove old paint, oil or grease. It should only be used where sufficient drainage exists to allow the water and acid solution to be removed safely.
For this product there are no free samples available