Liquid Urethane Foam is a two-component, Isocyanate/Polyol based, pour-in-place, urethane foam system available in three separate density formulations by weight per cubic foot.

 These foams are used for a variety of applications, including:

- Marine floatation
- Art
- Sculpting
- Taxidermy
- Prototyping
- Mold making
- Decorative and architectural millwork pieces

 Our 2 Lb. Foam meets USCG Title 33, Chapter 1, Part 183.

 In general these foams have:
- Good compressive strength
- Excellent solvent resistance
- Mold and mildew resistance

 Maximum service temperature of 180°F.

Directions for General Small Quantity Use:

Step 1: Mix equal parts Base and Activator (1:1 by volume) or mix by weight (approx. 112 parts A-Side: Base to approx. 100 parts of B-Side: Activator).

Step 2: Mixing and metering equipment must accommodate the 1:1 by volume mix ratio.

Step 3: Mix thoroughly using a stir stick or a mechanical mixer. Please refer to Typical Reaction Profiles of Liquid Foam Chart for mix times.

Step 4: Pour immediately after mixing.

Step 5: Allow cooling between pouring.
Directions may vary by application. For technical support and assistance with critical applications or large pours, please feel free to contact Customer Service at 1-800-272-7890.

Divinycell H provides excellent mechanical properties and low weight. It is widely used and has a proven track record in virtually every application area where sandwich composites are employed, including the marine, transport, wind energy and civil engineering. It is compatible with most wet resin systems and its low thermal conductivity makes it especially suitable as insulation at low or cryogenic temperatures.

 Low water absorption
 Superior damage tolerance
 Fast and easy to process
 Good chemical resistance
 Excellent fatigue properties
 Low resin uptake
 Wide range of properties
 Provides excellent mechanical properties to a low weight

 Liquid Urethane Foam is a two-component, Isocyanate/Polyol based, pour-in-place, urethane foam system available in three separate density formulations by weight per cubic foot.

 These foams are used for a variety of applications, including:

- Marine floatation
- Art
- Sculpting
- Taxidermy
- Prototyping
- Mold making
- Decorative and architectural millwork pieces

 Our 2 Lb. Foam meets USCG Title 33, Chapter 1, Part 183.

 In general these foams have:
- Good compressive strength
- Excellent solvent resistance
- Mold and mildew resistance

 Maximum service temperature of 180°F.

Directions for General Small Quantity Use:

Step 1: Mix equal parts Base and Activator (1:1 by volume) or mix by weight (approx. 112 parts A-Side: Base to approx. 100 parts of B-Side: Activator).

Step 2: Mixing and metering equipment must accommodate the 1:1 by volume mix ratio.

Step 3: Mix thoroughly using a stir stick or a mechanical mixer. Please refer to Typical Reaction Profiles of Liquid Foam Chart for mix times.

Step 4: Pour immediately after mixing.

Step 5: Allow cooling between pouring.
Directions may vary by application. For technical support and assistance with critical applications or large pours, please feel free to contact Customer Service at 1-800-272-7890.

 Liquid Urethane Foam is a two-component, Isocyanate/Polyol based, pour-in-place, urethane foam system available in three separate density formulations by weight per cubic foot.

 These foams are used for a variety of applications, including:

- Marine floatation
- Art
- Sculpting
- Taxidermy
- Prototyping
- Mold making
- Decorative and architectural millwork pieces

 Our 2 Lb. Foam meets USCG Title 33, Chapter 1, Part 183.

 In general these foams have:
- Good compressive strength
- Excellent solvent resistance
- Mold and mildew resistance

 Maximum service temperature of 180°F.

Directions for General Small Quantity Use:

Step 1: Mix equal parts Base and Activator (1:1 by volume) or mix by weight (approx. 112 parts A-Side: Base to approx. 100 parts of B-Side: Activator).

Step 2: Mixing and metering equipment must accommodate the 1:1 by volume mix ratio.

Step 3: Mix thoroughly using a stir stick or a mechanical mixer. Please refer to Typical Reaction Profiles of Liquid Foam Chart for mix times.

Step 4: Pour immediately after mixing.

Step 5: Allow cooling between pouring.
Directions may vary by application. For technical support and assistance with critical applications or large pours, please feel free to contact Customer Service at 1-800-272-7890.

 Liquid Urethane Foam is a two-component, Isocyanate/Polyol based, pour-in-place, urethane foam system available in three separate density formulations by weight per cubic foot.

 These foams are used for a variety of applications, including:

- Marine floatation
- Art
- Sculpting
- Taxidermy
- Prototyping
- Mold making
- Decorative and architectural millwork pieces

 Our 2 Lb. Foam meets USCG Title 33, Chapter 1, Part 183.

 In general these foams have:
- Good compressive strength
- Excellent solvent resistance
- Mold and mildew resistance

 Maximum service temperature of 180°F.

Directions for General Small Quantity Use:

Step 1: Mix equal parts Base and Activator (1:1 by volume) or mix by weight (approx. 112 parts A-Side: Base to approx. 100 parts of B-Side: Activator).

Step 2: Mixing and metering equipment must accommodate the 1:1 by volume mix ratio.

Step 3: Mix thoroughly using a stir stick or a mechanical mixer. Please refer to Typical Reaction Profiles of Liquid Foam Chart for mix times.

Step 4: Pour immediately after mixing.

Step 5: Allow cooling between pouring.
Directions may vary by application. For technical support and assistance with critical applications or large pours, please feel free to contact Customer Service at 1-800-272-7890.

 Liquid Urethane Foam is a two-component, Isocyanate/Polyol based, pour-in-place, urethane foam system available in three separate density formulations by weight per cubic foot.

 These foams are used for a variety of applications, including:

- Marine floatation
- Art
- Sculpting
- Taxidermy
- Prototyping
- Mold making
- Decorative and architectural millwork pieces

 Our 2 Lb. Foam meets USCG Title 33, Chapter 1, Part 183.

 In general these foams have:
- Good compressive strength
- Excellent solvent resistance
- Mold and mildew resistance

 Maximum service temperature of 180°F.

Directions for General Small Quantity Use:

Step 1: Mix equal parts Base and Activator (1:1 by volume) or mix by weight (approx. 112 parts A-Side: Base to approx. 100 parts of B-Side: Activator).

Step 2: Mixing and metering equipment must accommodate the 1:1 by volume mix ratio.

Step 3: Mix thoroughly using a stir stick or a mechanical mixer. Please refer to Typical Reaction Profiles of Liquid Foam Chart for mix times.

Step 4: Pour immediately after mixing.

Step 5: Allow cooling between pouring.
Directions may vary by application. For technical support and assistance with critical applications or large pours, please feel free to contact Customer Service at 1-800-272-7890.

Divinycell H provides excellent mechanical properties and low weight. It is widely used and has a proven track record in virtually every application area where sandwich composites are employed, including the marine, transport, wind energy and civil engineering. It is compatible with most wet resin systems and its low thermal conductivity makes it especially suitable as insulation at low or cryogenic temperatures.

 Low water absorption
 Superior damage tolerance
 Fast and easy to process
 Good chemical resistance
 Excellent fatigue properties
 Low resin uptake
 Wide range of properties
 Provides excellent mechanical properties to a low weight

Divinycell H provides excellent mechanical properties and low weight. It is widely used and has a proven track record in virtually every application area where sandwich composites are employed, including the marine, transport, wind energy and civil engineering. It is compatible with most wet resin systems and its low thermal conductivity makes it especially suitable as insulation at low or cryogenic temperatures.

 Low water absorption
 Superior damage tolerance
 Fast and easy to process
 Good chemical resistance
 Excellent fatigue properties
 Low resin uptake
 Wide range of properties
 Provides excellent mechanical properties to a low weight

  Water-based fast-cut compounds and polish for composites and other surfaces. 

Usage

To remove scratches and polish composite patterns, plugs, masters and product molds. Also to remove scratches and to clean FRP parts, metals and painted surfaces. 

Features

Aqua-Buff products are economical, easy to use and produce superior results.

Here's why you should choose Aqua-Buff Compounds and Polish

 

Swirl mark-free finish - you'll achieve the ultimate finish shine with Aqua-Buff fast-cut compounds and polish. 

 

Easy application--apply with a brush or cloth. 

Economical--use only half as much, compared to other compounds. 

Water-based - environmentally friendly.