What this product is and why choose it
Awlgrip AWLQUIK Epoxy Primer Surfacer Base (D8003) is a quick-drying, medium-build, two-component epoxy polyamide primer/surfacer designed for professional and industrial use on exterior surfaces. When mixed with its converter (D9001), it produces an easily sanded coating that can be applied by spray, brush, or roller. It is best used above the waterline on wood, fiberglass, and over compatible Awlgrip epoxy primers where a smooth, fair surface and fast turnround are required.
Main features
- Two-component epoxy polyamide system: combines D8003 base with D9001 converter for durable primer/surfacer performance.
- Quick drying: allows fast recoating; at 77°F (25°C) and 50% RH, spray applications can be overcoated with themselves after 4 hours.
- Medium build, easy sanding: formulated as a sanding surfacer to fair and smooth prepared substrates.
- Multiple application methods: suitable for conventional or airless spray, as well as brush and roller application.
- High theoretical coverage: up to 609 ft²/gal (57 m²/L) at 1 mil (25 microns) DFT; 203–305 ft²/gal (19–28 m²/L) at recommended film thickness.
- Compatible system topcoat: can be overcoated with Awlgrip and Awlcraft 2000 topcoats and 545 Epoxy Primer. Sealing with 545 Primer before topcoating maximizes gloss and distinctness of image.
- Professional-grade formulation: designed as a two-component coating for exterior use, for professional and industrial applications.
Technical characteristics
Product type and composition
- Product type: Epoxy polyamide primer/surfacer.
- System: Two-component (D8003 base + D9001 converter).
- Color (base): Off white / white.
- VOC (mixed components): Base D8003: 436 g/L (3.6 lb/gal); Converter D9001: 354 g/L (3 lb/gal).
- Physical state (base): Liquid.
- Odor: Solvent.
- Flash point (base): 11°C (51.8°F), closed cup (Pensky–Martens).
- Initial boiling point: 79°C (174.2°F).
- Density: 1.414 g/cm³ (DIN EN ISO 2811-1).
- Viscosity (kinematic): 138 mm²/s at room temperature; 195 mm²/s at 40°C (DIN EN ISO 3219).
Packaging
- Available sizes: 1 gallon and 1 quart containers.
Cure and recoat times at 77°F (25°C), 50% RH
- Spray application:
- Overcoat with itself: after 4 hours.
- Overcoat with 545 Primer or topcoat: after 12 hours.
- Brush/roller application:
- Overcoat with itself: 12–14 hours.
- Overcoat with other products: 12–14 hours.
- Maximum time without sanding: 24 hours.
Recommended film thickness and coverage
- Recommended wet film thickness: 5 mils (125 microns).
- Recommended dry film thickness: 2–3 mils (50–75 microns).
- Theoretical coverage at 1 mil DFT (25 microns): 609 ft²/gal (57 m²/L).
- Theoretical coverage at recommended DFT: 203–305 ft²/gal (19–28 m²/L), mixed and reduced 50%.
- Coverage conditions: figures are based on 100% transfer efficiency and will vary with equipment, application technique, part size and environment.
Mixing and reduction
- Mix ratio (spray, by volume): 1 part D8003 Base to 1 part D9001 Converter, mixed to a smooth, homogeneous mixture.
- Spray reduction: Reduce as necessary up to 50% with Spray Reducer T0006.
- Example mix: 8 oz D8003 + 8 oz D9001 + 8 oz T0006.
- Brush/roller reduction: Reduce mixed D8003/D9001 up to 50% with Brushing Reducer T0031.
- Wood substrates (brush/roller): reduce mixed D8003/D9001 by 50–70% with T0031.
- Induction time after mixing: 15 minutes.
- Anticipated pot life at 77°F (50% RH): 8 hours.
Application equipment
- Application methods: Conventional or airless spray, brush, or roller.
- Airless spray (example – 25:1 or 40:1 pump):
- Pump input pressure: 70–80 psi on 25:1 pump; 50–60 psi on 40:1 pump.
- Spray gun: #95.
- Orifice size: 0.028"–0.043".
- Fan size and angle: 8"–80° or 6"–60°.
- Pressure pot (conventional spray):
- Fluid nozzle: #63BSS (0.046" orifice).
- Fluid needle: #663A.
- Air nozzle: #63PW.
- Atomizing pressure: 50–60 psi.
- Pot pressure: 8–12 psi.
- Equipment cleaning: T0006, T0002, or T0031 reducers, or M.E.K.
Environmental and temperature limits
- Application surface temperature: do not apply to surfaces warmer than 105°F (41°C) or colder than 55°F (13°C).
- Dew point requirement: do not apply to surfaces less than 3°C (5°F) above dew point.
- Ambient temperature: minimum 55°F (13°C), maximum 105°F (41°C).
- Do not attempt to cure below: 55°F (13°C).
Applications and use cases
Recommended substrates and systems
- Over Awlgrip primers: AWLQUIK performs best as a surfacer over other Awlgrip Primers.
- Wood and fiberglass: may be applied directly by brush or roller to properly prepared wood or fiberglass.
- Best results are obtained when these substrates are first sealed with 545 Epoxy Primer.
- Topcoating: can be overcoated with Awlgrip and Awlcraft 2000 topcoats and 545 Epoxy Primer. Sealing AWLQUIK with 545 Primer prior to topcoat maximizes gloss and distinctness of image.
- Below waterline: not to be used below the waterline.
Application guidance
- Spray application:
- Apply smooth coats of 4–6 mils (100–150 microns) wet film thickness to achieve 2–3 mils (50–75 microns) dry film thickness.
- Allow 4 hours between coats at 77°F (25°C), 50% RH.
- Brush/roller application:
- Typically requires two coats.
- Light sanding between coats will improve final appearance.
- On large surfaces, rolling followed by tipping with a brush is preferred.
Surface preparation
- Over Awlgrip Primers: use as a surfacer over properly applied and cured Awlgrip Primers.
- Wood and fiberglass: properly prepare the substrate; best results are achieved when surfaces are first sealed with 545 Primer before applying AWLQUIK.
FAQ
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Can AWLQUIK Epoxy Primer Surfacer be used below the waterline?
No. The product is specified as not to be used below the waterline.
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What is the recommended mix ratio for the base and converter?
Mix 1 part D8003 Base with 1 part D9001 Converter by volume, then reduce as required with the appropriate reducer.
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How long can I wait before sanding or recoating?
At 77°F (50% RH), spray coats can be overcoated with AWLQUIK after 4 hours and with 545 Primer or topcoat after 12 hours. The maximum time without sanding is 24 hours.
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Which reducers should I use for spraying and brushing?
Use Spray Reducer T0006 for spray application (up to 50%) and Brushing Reducer T0031 for brush/roller application (up to 50%; 50–70% on wood).
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What film thickness should I aim for?
Apply 4–6 mils (100–150 microns) wet to achieve 2–3 mils (50–75 microns) dry film thickness.
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How should I prepare wood or fiberglass before applying AWLQUIK?
These substrates should be properly prepared and are best sealed first with 545 Epoxy Primer before applying AWLQUIK by brush or roller.
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What are the ideal temperature and humidity conditions for application?
Apply only when ambient temperature is between 55°F and 105°F (13–41°C), the surface is within this range, and at least 3°C (5°F) above the dew point.
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Why is sealing with 545 Primer recommended before topcoating?
Sealing AWLQUIK with 545 Primer before applying Awlgrip or Awlcraft 2000 topcoats helps maximize gloss and distinctness of image of the final finish.
Section 14 – Transport information
- UN number: UN1263.
- UN proper shipping name: PAINT.
- Transport hazard class: Class 3 (flammable liquid).
- Packing group: II.
- Environmental hazards: not classified as hazardous to the environment for transport purposes.
- Mode-specific notes:
- ADR/RID: Special provision 640 (C); tunnel restriction code (D/E).
- IMDG: Emergency schedules F-E, S-E.
- IATA/TDG: Classified as PAINT, UN1263, Class 3, Packing Group II.
- Special precautions for users: 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.
- Transport in bulk according to IMO instruments: Not applicable.
Section 8 – Personal protective measures
The following information summarizes key exposure controls and personal protective equipment (PPE) requirements derived from the safety data sheet for AWLQUIK Base.
Engineering controls and hygiene
- Use only with adequate ventilation. Apply local exhaust or process enclosure to keep airborne concentrations below applicable limits and below the lower explosive limit.
- Use explosion-proof ventilation and electrical equipment.
- Wash hands, forearms, and face thoroughly after handling and before eating, drinking, or smoking.
- Remove contaminated clothing and protective equipment before entering eating areas and wash contaminated garments before reuse.
- Ensure eyewash stations and safety showers are located near the work area.
Eye and face protection
- Wear chemical splash goggles and/or a face shield that comply with an approved standard whenever there is a risk of splashes, mists, or spray.
- If inhalation hazards exist, a full-face respirator may be required instead of goggles.
Hand protection
- Wear chemical-resistant, impervious gloves meeting EN374 or equivalent standards.
- For frequent or prolonged contact, class 6 protective gloves (breakthrough time > 480 min) are recommended, such as Viton or nitrile with a minimum thickness of 0.38 mm.
- For brief contact, at least class 2 gloves (breakthrough time > 30 min) are recommended, such as nitrile with minimum thickness 0.12 mm.
- Replace gloves regularly and immediately if damaged or degraded.
Body and other skin protection
- Select body protection based on the specific task and risk; garments must be approved by a safety specialist.
- When there is a risk of ignition from static electricity, wear antistatic protective clothing including antistatic overalls, gloves, and boots (refer to EN 1149 for requirements).
- Choose appropriate footwear and any additional skin protection based on the work being performed.
Respiratory protection
- Select a respirator that meets the appropriate standard or certification based on hazard and exposure potential.
- Use a respirator conforming to EN140 with an A/P2 filter or better when ventilation is insufficient.
- Dry sanding, flame cutting, or welding of the dry paint film can generate hazardous dust and fumes; wet sanding is preferred. If exposure cannot be avoided by ventilation, suitable respiratory protection must be used.
- Respirators must be used within a structured respiratory protection program ensuring fit testing, training, and correct use.
Environmental exposure controls
- Check emissions from ventilation or process equipment to ensure compliance with environmental regulations.
- Where necessary, use fume scrubbers, filters, or engineering changes to reduce emissions.
*Contenido generado por IA
