What it is and why choose it
D3018 Ultra Build Epoxy Primer Converter by Awlgrip is the converter component of the Ultra Build Epoxy Primer system (D8008/D3018). This two-component epoxy polyamide primer system offers excellent sag resistance and outstanding film build and filling capability, designed for applications above the waterline where a very high film thickness and filling power are required.
Used in combination with the D8008 white base, D3018 enables the creation of thick, smooth, high-build epoxy layers that can be easily overcoated within defined recoat windows. It is intended for professional use with conventional or airless spray equipment.
Main features
- Epoxy polyamide converter for the Ultra Build Epoxy Primer D8008/D3018 system.
- High-build and filling capability when mixed with the base, ideal where substantial film thickness is required above the waterline.
- Excellent sag resistance to help maintain film integrity at the recommended high wet film thicknesses.
- Defined recoat windows: can be overcoated with specified Awlgrip primers and fairing products without sanding within certain time limits.
- Compatible with professional spray equipment: conventional pressure pot, HVLP and airless systems.
- VOC content (converter): 189 g/L.
Technical specifications
- Product type: Epoxy polyamide converter (used with D8008 Ultra Build Epoxy Primer base).
- System packaging: Available in 3.78 L and 0.95 L containers (base and converter).
- Theoretical coverage (mixed system):
- Approx. 88 m² per 25 microns dry film thickness.
- Approx. 4–6 m² at recommended dry film thickness (mixed base and converter, reduced 10%).
- Recommended wet film thickness (system): 625–750 microns.
- Recommended dry film thickness (system): 375–500 microns.
- VOC: 189 g/L (D3018 converter).
- Mixing ratio (by volume): 1 part D8008 base : 1 part D3018 converter.
- Reduction for conventional spray: 5–25% with T0073 reducer (example: 1 L D8008 + 1 L D3018 + 0.2 L T0073 for 10% reduction).
- Airless spray: Application can be made with no reduction.
- Induction time after mixing: 15 minutes at 25 °C / 50% RH.
- Pot life (anticipated): Approx. 8 hours at 25 °C / 50% RH.
- Recoatability (system):
- Minimum over itself: 1 hour.
- Minimum with other products (545 Primer, High Build Primer, Sprayable Fairing Compound, Awlfair LW, Awlquik): 12 hours.
- Maximum without sanding: 24 hours. Sanding is recommended before overcoating with other products.
- Cleaning of equipment: T0073, T0006 or T0002 reducers, or M.E.K.
Applications and use cases
- High-build priming above the waterline where substantial thickness and filling of surface irregularities are required.
- Undercoat for Awlgrip fairing and priming systems, including 545 Primer, High Build Primer, Sprayable Fairing Compound, Awlfair LW and Awlquik.
- Use over compatible Awlgrip primers or fillers that have been properly prepared, as specified in the system product data.
- Professional environments requiring pressure-feed conventional or airless spray application with controlled film build.
Application guidelines (system with D8008)
- Apply in smooth, even coats.
- Allow approximately 1 hour between coats at 25 °C / 50% RH.
- Do not apply more than two coats without allowing the film to cure hard (12–24 hours).
- Do not apply to surfaces warmer than 41 °C or colder than 13 °C.
- Do not attempt to cure products at temperatures below 13 °C.
- Do not apply to surfaces less than 3 °C above the dew point.
FAQ
-
What is D3018 Ultra Build Epoxy Primer Converter used for?
D3018 is the converter component of the Ultra Build Epoxy Primer system. When mixed 1:1 by volume with D8008 white base, it produces a high-build epoxy polyamide primer for use above the waterline where high film build and filling are required.
-
How do I mix D3018 with the base?
Mix by volume one part D8008 base with one part D3018 converter until a smooth, homogeneous mixture is obtained. For conventional spray, reduce the mixture 5–25% with T0073.
-
Do I need to reduce the mixture for airless spray?
No. Airless spray application can be carried out with no reduction of the D8008/D3018 mixture.
-
What is the pot life after mixing?
The anticipated pot life of the mixed D8008/D3018 system is about 8 hours at 25 °C and 50% relative humidity.
-
Which products can I apply over Ultra Build Epoxy Primer?
When correctly applied and within the recommended recoat times, the system can be overcoated with 545 Primer, High Build Primer, Sprayable Fairing Compound, Awlfair LW and Awlquik.
-
What are the recommended film thicknesses?
The Ultra Build Epoxy Primer system is designed for a recommended wet film thickness of 625–750 microns and a dry film thickness of 375–500 microns.
-
What are the temperature limits for application and curing?
Do not apply to surfaces warmer than 41 °C or colder than 13 °C. Do not attempt to cure products at temperatures below 13 °C, and ensure the surface temperature is at least 3 °C above the dew point.
-
How should I clean my equipment after using D3018?
Clean application equipment with T0073, T0006 or T0002 reducers, or M.E.K., as specified in the product data.
Section 14 – Transport information
- UN number: UN1263.
- Proper shipping name:
- ADR/RID: Paints.
- IMDG: Paints. Marine pollutant (reaction product: bisphenol-A-epichlorohydrin, [[(2-ethylhexyl)oxy]methyl]oxirane).
- IATA: Paints.
- Transport hazard class: Class 3 (flammable liquid).
- Packing group: II.
- Environmental hazards:
- ADR/RID: Dangerous for the environment – Yes.
- IMDG: Marine pollutant – Yes.
- IATA: Environmentally hazardous – No.
- Additional ADR information: Special provision 640 (C); tunnel code (D/E).
- Marking exemptions:
- ADR/RID: No dangerous goods mark for the environment required when transported in packages ≤ 5 L or ≤ 5 kg.
- IMDG: No marine pollutant mark required when transported in packages ≤ 5 L or ≤ 5 kg.
- User precautions during transport: Transport within user premises only in closed, upright and secure containers. Ensure personnel transporting the product know what to do in case of an accident or spill.
Section 8 – Individual protection measures
Exposure controls
- Engineering controls: Use only with adequate ventilation. Where necessary, use local exhaust or explosion-proof ventilation systems to keep airborne concentrations below applicable limits and to keep vapour levels below the lower explosive limit.
- Hygiene measures: Wash hands, forearms and face thoroughly after handling chemical products and before eating, drinking or smoking and at the end of the working period. Remove contaminated clothing and protective equipment before entering eating areas and wash contaminated clothing before reuse.
Personal protective equipment
- Eye/face protection: Use safety eyewear that complies with approved standards where a risk assessment indicates it is necessary to avoid exposure to liquid splashes, mists, gases or dusts. If contact is possible, chemical splash goggles are recommended.
- Hand protection: Wear chemical-resistant gloves in accordance with EN 374. Recommended materials include Viton® or nitrile gloves. For prolonged or frequently repeated contact, gloves with protection class 6 (breakthrough time greater than 480 minutes according to EN 374) are recommended. For brief contact, gloves with protection class 2 or higher (breakthrough time greater than 30 minutes according to EN 374) are recommended.
- Skin and body protection: Select protective clothing for the body based on the specific task and risks and have it approved by a specialist before use. Where there is a risk of ignition due to electrostatic charges, use antistatic protective clothing in accordance with EN 1149, including coveralls, boots and gloves with antistatic properties.
- Additional skin protection: Select appropriate footwear and any other necessary skin protection depending on the tasks involved and associated risks.
- Respiratory protection: Use an air-purifying or air-supplied respirator that is properly fitted and complies with approved standards when a risk assessment indicates this is necessary, based on actual or anticipated exposure levels and the hazards of the product.
*Contenido generado por IA
