Eye Candy 24 HR Fast Cure Deep Pour

Faster Turnaround
Designed to significantly reduce cure time, allowing for faster demolding and quicker project completion.

Crystal Clear Finish
Cures to a clean, glass-like surface that enhances wood grain, pigments, and embedded materials.

Low Viscosity Flow
Thin consistency allows epoxy to flow easily into molds and tight spaces while helping bubbles rise.

Controlled Cure Profile
Engineered for smaller deep pours where control and consistency are critical.

Excellent Detail Capture
Perfect for intricate molds, embeds, and detailed casting work.

1. Measure resin and hardener at a 1:1 ratio by volume
2. Mix thoroughly for 3–5 minutes, scraping sides and bottom
3. Apply a seal coat when working with porous surfaces
4. Pour immediately after mixing
5. Use light heat if needed to remove bubbles
6. Allow epoxy to cure undisturbed
Working Time: ~1 hour (varies by conditions)
Demold Time: ~24 hours
Recommended Temperature: 65–75°F
Plan your workflow ahead—fast cure epoxy requires efficient application.

• Always apply a seal coat on wood or porous materials
• Work in a controlled environment to manage cure speed
• Mix smaller batches to avoid overheating
• Pour immediately after mixing—do not let epoxy sit in the container
• Maintain consistent temperature throughout the curing process
• Avoid pouring overly thick layers unless tested
Proper prep and timing are key to getting the best results from a fast cure system

Eye Candy 24 Hour Fast Cure Deep Pour is fully compatible with:
• Mica powders
• Pigment pastes
• Liquid dyes
Best For:
• Controlled color placement
• Layered effects
• Embedded designs
Due to the faster cure, pigments will have less movement compared to standard deep pour systems.

• Mix Ratio: 1:1 (by volume)
• Working Time: ~1 hour
• Demold Time: ~24 hours
• Full Cure Time: 2–3 days
• Recommended Temp: 65–75°F
• Application: Small to medium deep pours
• Viscosity: Low (designed for flow and bubble release)
• Finish: Crystal clear, high clarity

General Questions

What is the mix ratio?
This epoxy uses a 1:1 mix ratio by volume (resin to hardener).

How fast does it cure?
You can demold in approximately 24 hours under ideal conditions, with full cure in 2–3 days.

How thick can I pour?
This system is designed for controlled, smaller deep pours. Always test for your specific application.

Application & Performance

Why did my epoxy cure too fast?
Fast cure epoxy reacts quickly, especially in warm environments or large batches. Work efficiently and keep temperatures controlled.

Why did my epoxy overheat or crack?
This can happen when pouring too thick or working in high temperatures. Reduce pour depth and control your environment.

Do I need a seal coat?
Yes, especially when working with wood. This helps prevent bubbles and improves adhesion.

Pigments & Effects

Can I use pigments?
Yes. This epoxy is fully compatible with mica powders, pastes, and dyes.

Will pigments move like deep pour epoxy?
Not as much. The faster cure limits movement, making it better for controlled designs.

Project Use

What is this epoxy best used for?
• Coasters
• Charcuterie boards
• Small molds
• Decorative castings

Can I use this for large river tables?
No. Use Eye Candy Deep Pour Epoxy for large volume pours.

Safety & Handling

What temperature should I work in?
65–75°F for best results.

Do I need protective gear?
Yes—always wear gloves and work in a ventilated area.

• Safety Data Sheet (SDS) available upon request
• Use in a well-ventilated area
• Wear proper PPE (gloves, eye protection)
• Avoid skin and eye contact
• Store in a cool, dry place

Problem: Epoxy Overheated, Cracked, or Warped
What Happened:
Fast cure systems generate heat much faster than standard deep pour, especially in thicker sections.
Common Causes:
• Pouring beyond recommended depth
• High room temperatures (above ~75°F)
• Large volume pours in one pass
• No airflow or heat dissipation
How to Fix / Prevent:
• Stay within controlled pour depths (approx. 3/8"–2" depending on conditions)
• Keep workspace closer to 65–70°F
• Avoid mass pours in confined molds
• Allow layers to cool before additional pours
This system is faster—but requires tighter control than standard deep pour.

Problem: Epoxy Cured Too Fast (Flash Cure in Cup or Mold)
What Happened:
The epoxy began curing rapidly due to heat buildup before it could be poured or leveled.
Common Causes:
• Leaving mixed epoxy sitting in the bucket
• Mixing large batches at once
• High ambient temperature
• Slow working speed
How to Fix / Prevent:
• Pour immediately after mixing
• Mix smaller batches when possible
• Spread material out quickly after mixing
• Keep materials and environment cool
Fast cure epoxy can accelerate quickly—once mixed, don’t wait.

Problem: Epoxy Stayed Soft or Didn’t Fully Cure
What Happened:
The chemical reaction was incomplete.
Common Causes:
• Incorrect mix ratio (must be 1:1 by volume)
• Incomplete mixing
• Low temperatures slowing reaction
• Uneven mixing in fast system
How to Fix / Prevent:
• Measure accurately (1:1 ratio)
• Mix thoroughly until fully blended
• Maintain proper temperature range
• Use clean containers and proper technique
Fast systems are less forgiving—mixing errors show up quickly.

Problem: Excessive Bubbles
What Happened:
Air was introduced during mixing or released from the substrate but didn’t escape before curing.
Common Causes:
• Mixing too aggressively
• No seal coat on wood
• Fast cure reducing bubble release time
• Pouring too quickly
How to Fix / Prevent:
• Always apply a seal coat on porous surfaces
• Mix slowly and deliberately
• Use light heat immediately after pouring
• Work efficiently—bubble release window is shorter
The brochure specifically recommends a seal coat before flood pours for best results

Problem: Uneven Surface or Poor Leveling
What Happened:
The epoxy began curing before it fully leveled.
Common Causes:
• Working too slowly
• High temperatures accelerating cure
• Thick or uneven pours
How to Fix / Prevent:
• Work efficiently and plan ahead
• Maintain consistent temperature
• Ensure level work surface before pouring

Problem: Cloudy or Hazy Finish
What Happened:
Moisture or improper conditions affected clarity.
Common Causes:
• High humidity
• Moisture in wood
• Low temperatures
• Incomplete mixing
How to Fix / Prevent:
• Use dry materials only
• Control humidity and environment
• Mix thoroughly
• Avoid cold conditions

Problem: Pigment Streaking or Uneven Color
What Happened:
Pigments didn’t fully disperse or were affected by the faster curing cycle.
Common Causes:
• Incomplete pigment mixing
• Working too slowly
• Fast cure limiting movement
• Overloading pigment
How to Fix / Prevent:
• Pre-mix pigments thoroughly
• Work quickly after combining
• Use controlled pigment amounts
• Test before large pours
Fast cure is better for controlled color, not heavy flowing movement like standard deep pour.

Problem: Layer Separation or Poor Adhesion
What Happened:
New epoxy didn’t properly bond to previous layer.
Common Causes:
• Previous layer fully cured without prep
• Surface contamination
• Skipping sanding between layers
How to Fix / Prevent:
• If fully cured, lightly sand before recoating
• Clean surface with alcohol before next layer
• Recoat within proper window when possible
(Aligned with cleaning/prep guidance shown in the brochure)

Problem: Shrinkage or Edge Pullback
What Happened:
Epoxy contracted slightly during cure.
Common Causes:
• Natural shrinkage
• Fast cure increasing internal stress
• Poor surface prep
How to Fix / Prevent:
• Plan for slight shrinkage
• Apply additional layer if needed
• Ensure proper surface prep

Problem: Working Time Felt Too Short
What Happened:
Fast cure systems naturally have shorter working windows.
Common Causes:
• High temperatures
• Large batch mixing
• Slow workflow
How to Fix / Prevent:
• Pre-stage your entire project before mixing
• Work in smaller batches
• Keep environment cooler
• Move efficiently once mixed


Fast Cure vs Standard Deep Pour
24 Hour Fast Cure:
• Faster demold (~24 hours)
• Shorter working time
• Higher heat potential
• Requires more control
• Ideal for smaller deep pours & faster turnaround
Standard Deep Pour:
• Slower cure
• Lower heat buildup
• Longer working time
• More forgiving
• Better for large mass pours


Fast cure epoxy is ideal when:
• You need faster turnaround
• You’re working on smaller deep pours
• You have a controlled environment
Avoid using it for:
• Very large single pours
• High-temperature environments
• Projects requiring long working time