Avoid using product in direct sunlight.

 The ideal temperature for use of this product is 77°F. Best results for this product can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment.

 It is generally not recommended to wet out fiberglass over 1/8 in thickness. Use of more than 1/8 may generate excessive heat. Allow layer to tack up, but not fully cure, prior to adding additional layers.

 General Purpose Polyester resin is a standard grade of a formulated product. This unsaturated polyester resin is designed to wet out the glass reinforcement rapidly without drainage. The rapid wetting will save time in laying up laminates.

 This is an economical resin, designed for hand lay up of boats, panels and other industrial fabrication of demanding quality.

 If sanding is required to apply more fiberglass, use 36, 24 or 16 grit. Low grits will create deeper scratches, allowing the new layer to adhere better to the existing one. Be sure to clean the surface before applying another layer.

 To apply gelcoat over the resin, prep the surface with 80 grit sandpaper. To apply primer, prep the surface with 220 grit sandpaper. To apply paint, prep the surface with 320 grit sandpaper.

 If you have any additional questions or need a product for critical applications, please contact Customer Service at 1-800-272-7890

Directions for Use:
Step 1: Choose the appropriate volume for your project. The type of fiberglass materials used will determine the amount of resin needed.
Step 2: Make sure to agitate or stir the product thoroughly before use.
Step 3: Mix in 1 to 2% MEKP. Please refer to Catalyst Concentration Chart for quantities.
Step 4: Thinner fiberglass can easily be wet through. To thoroughly wet out heavier materials, apply resin first to one side, then flip the glass over to wet out the other side. Use paint-style rollers to distribute resin quickly.
Step 5: Roll each layer with a glass roller to remove air. The fiberglass will go completely transparent when it is adequately wet.
Step 6: Add sanding aid (Product #123833) to the final coat to allow a full cure and a tack-free surface. Refer to Sanding Aid Chart for quantities.

Avoid using product in direct sunlight.

 The ideal temperature for use of this product is 77°F. Best results for this product can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment.

 It is generally not recommended to wet out fiberglass over 1/8 in thickness. Use of more than 1/8 may generate excessive heat. Allow layer to tack up, but not fully cure, prior to adding additional layers.

 General Purpose Polyester resin is a standard grade of a formulated product. This unsaturated polyester resin is designed to wet out the glass reinforcement rapidly without drainage. The rapid wetting will save time in laying up laminates.

 This is an economical resin, designed for hand lay up of boats, panels and other industrial fabrication of demanding quality.

 If sanding is required to apply more fiberglass, use 36, 24 or 16 grit. Low grits will create deeper scratches, allowing the new layer to adhere better to the existing one. Be sure to clean the surface before applying another layer.

 To apply gelcoat over the resin, prep the surface with 80 grit sandpaper. To apply primer, prep the surface with 220 grit sandpaper. To apply paint, prep the surface with 320 grit sandpaper.

 If you have any additional questions or need a product for critical applications, please contact Customer Service at 1-800-272-7890

Directions for Use:
Step 1: Choose the appropriate volume for your project. The type of fiberglass materials used will determine the amount of resin needed.
Step 2: Make sure to agitate or stir the product thoroughly before use.
Step 3: Mix in 1 to 2% MEKP. Please refer to Catalyst Concentration Chart for quantities.
Step 4: Thinner fiberglass can easily be wet through. To thoroughly wet out heavier materials, apply resin first to one side, then flip the glass over to wet out the other side. Use paint-style rollers to distribute resin quickly.
Step 5: Roll each layer with a glass roller to remove air. The fiberglass will go completely transparent when it is adequately wet.
Step 6: Add sanding aid (Product #123833) to the final coat to allow a full cure and a tack-free surface. Refer to Sanding Aid Chart for quantities.

Item cannot be shipped via UPS or FedEx due to oversized.
  
Carbon-Core Plastic Honeycomb sheets are made out of polypropylene and come in an open cell configuration or with a layer of non-woven polyester scrim for a one hundred percent bonding surface. Carbon-Core Plastic Honeycomb can be used for sandwich panel cores and energy absorption. Plastic Honeycomb has a high strength to weight ratio, is sound dampening, and can be recycled. Most importantly, Plastic Honeycomb sheets are corrosion, fungi, rot, chemical, and moisture resistant. Carbon-Core Plastic Honeycomb panels are available as plain or scored sheets. Standard sheets measure 48”x96” from 0.25” up to 2” thick. Special orders are available.  

 

¨ Self-extinguishing 

¨ Low resin absorption  

¨ Great impact strength  

¨ Great strength to weight ratio  

¨ High sound dampening properties  

¨ Resistant to corrosion, fungi, rot, chemicals, and moisture  

¨ Recyclable  

¨ Lightweight 

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