FGCI Superbond Epoxy Adhesive is a two-component, 100% solid system designed for adhesive bonding and the fitting and fairing of a wide variety of substrates.

 The material features a highly thixotropic, paste-like consistency, which hangs well in thick sections on vertical and overhead surfaces.

 The material cures to a hard, blush-free, amber- colored, high-strength, moisture-resistant plastic with excellent adhesive properties.

 Additional recoating of this material should be done before the material is thoroughly cured.

 If the material has cured hard and tack-free, a light sanding and solvent wash is advisable before recoating.

 Epoxy cures faster at higher temperatures and in thicker layered applications.


Directions for Use:
Step 1: Required prep will vary according to application surface:
Ceramics, Composites, Plastics & Wood  Must be oil free and sanded 80 grit or rougher.
Glass  Must be sanded with 220 grit or lower until shine is removed.
Metals  All metals must be carefully degreased with trisodium phosphate (TSP). Depending on the type of metal, prep work may vary.
Step 2: Be sure to clean the application site, removing all dust and debris.
Step 3: FGCIs Superbond Base Resin may be used with any of the three Activators, which differ in curing time:
Standard Activator
Medium Activator
Fast Activator
Please refer to Properties Chart for gel time.
Step 4: Mix at a 1:1 ratio by volume or weight, equal parts Base and Activator.
Step 5: Stir thoroughly, being sure to scrape sides and bottom of container. For best results, do not mix more than a quart at a time.

 FGCI Superbond Epoxy Adhesive is a two-component, 100% solid system designed for adhesive bonding and the fitting and fairing of a wide variety of substrates.

 The material features a highly thixotropic, paste-like consistency, which hangs well in thick sections on vertical and overhead surfaces.

 The material cures to a hard, blush-free, amber- colored, high-strength, moisture-resistant plastic with excellent adhesive properties.

 Additional recoating of this material should be done before the material is thoroughly cured.

 If the material has cured hard and tack-free, a light sanding and solvent wash is advisable before recoating.

 Epoxy cures faster at higher temperatures and in thicker layered applications.


Directions for Use:
Step 1: Required prep will vary according to application surface:
Ceramics, Composites, Plastics & Wood  Must be oil free and sanded 80 grit or rougher.
Glass  Must be sanded with 220 grit or lower until shine is removed.
Metals  All metals must be carefully degreased with trisodium phosphate (TSP). Depending on the type of metal, prep work may vary.
Step 2: Be sure to clean the application site, removing all dust and debris.
Step 3: FGCIs Superbond Base Resin may be used with any of the three Activators, which differ in curing time:
Standard Activator
Medium Activator
Fast Activator
Please refer to Properties Chart for gel time.
Step 4: Mix at a 1:1 ratio by volume or weight, equal parts Base and Activator.
Step 5: Stir thoroughly, being sure to scrape sides and bottom of container. For best results, do not mix more than a quart at a time.

 FGCI Superbond Epoxy Adhesive is a two-component, 100% solid system designed for adhesive bonding and the fitting and fairing of a wide variety of substrates.

 The material features a highly thixotropic, paste-like consistency, which hangs well in thick sections on vertical and overhead surfaces.

 The material cures to a hard, blush-free, amber- colored, high-strength, moisture-resistant plastic with excellent adhesive properties.

 Additional recoating of this material should be done before the material is thoroughly cured.

 If the material has cured hard and tack-free, a light sanding and solvent wash is advisable before recoating.

 Epoxy cures faster at higher temperatures and in thicker layered applications.


Directions for Use:
Step 1: Required prep will vary according to application surface:
Ceramics, Composites, Plastics & Wood  Must be oil free and sanded 80 grit or rougher.
Glass  Must be sanded with 220 grit or lower until shine is removed.
Metals  All metals must be carefully degreased with trisodium phosphate (TSP). Depending on the type of metal, prep work may vary.
Step 2: Be sure to clean the application site, removing all dust and debris.
Step 3: FGCIs Superbond Base Resin may be used with any of the three Activators, which differ in curing time:
Standard Activator
Medium Activator
Fast Activator
Please refer to Properties Chart for gel time.
Step 4: Mix at a 1:1 ratio by volume or weight, equal parts Base and Activator.
Step 5: Stir thoroughly, being sure to scrape sides and bottom of container. For best results, do not mix more than a quart at a time.

 FGCI Superbond Epoxy Adhesive is a two-component, 100% solid system designed for adhesive bonding and the fitting and fairing of a wide variety of substrates.

 The material features a highly thixotropic, paste-like consistency, which hangs well in thick sections on vertical and overhead surfaces.

 The material cures to a hard, blush-free, amber- colored, high-strength, moisture-resistant plastic with excellent adhesive properties.

 Additional recoating of this material should be done before the material is thoroughly cured.

 If the material has cured hard and tack-free, a light sanding and solvent wash is advisable before recoating.

 Epoxy cures faster at higher temperatures and in thicker layered applications.


Directions for Use:
Step 1: Required prep will vary according to application surface:
Ceramics, Composites, Plastics & Wood  Must be oil free and sanded 80 grit or rougher.
Glass  Must be sanded with 220 grit or lower until shine is removed.
Metals  All metals must be carefully degreased with trisodium phosphate (TSP). Depending on the type of metal, prep work may vary.
Step 2: Be sure to clean the application site, removing all dust and debris.
Step 3: FGCIs Superbond Base Resin may be used with any of the three Activators, which differ in curing time:
Standard Activator
Medium Activator
Fast Activator
Please refer to Properties Chart for gel time.
Step 4: Mix at a 1:1 ratio by volume or weight, equal parts Base and Activator.
Step 5: Stir thoroughly, being sure to scrape sides and bottom of container. For best results, do not mix more than a quart at a time.

 FGCI Superbond Epoxy Adhesive is a two-component, 100% solid system designed for adhesive bonding and the fitting and fairing of a wide variety of substrates.

 The material features a highly thixotropic, paste-like consistency, which hangs well in thick sections on vertical and overhead surfaces.

 The material cures to a hard, blush-free, amber- colored, high-strength, moisture-resistant plastic with excellent adhesive properties.

 Additional recoating of this material should be done before the material is thoroughly cured.

 If the material has cured hard and tack-free, a light sanding and solvent wash is advisable before recoating.

 Epoxy cures faster at higher temperatures and in thicker layered applications.


Directions for Use:
Step 1: Required prep will vary according to application surface:
Ceramics, Composites, Plastics & Wood  Must be oil free and sanded 80 grit or rougher.
Glass  Must be sanded with 220 grit or lower until shine is removed.
Metals  All metals must be carefully degreased with trisodium phosphate (TSP). Depending on the type of metal, prep work may vary.
Step 2: Be sure to clean the application site, removing all dust and debris.
Step 3: FGCIs Superbond Base Resin may be used with any of the three Activators, which differ in curing time:
Standard Activator
Medium Activator
Fast Activator
Please refer to Properties Chart for gel time.
Step 4: Mix at a 1:1 ratio by volume or weight, equal parts Base and Activator.
Step 5: Stir thoroughly, being sure to scrape sides and bottom of container. For best results, do not mix more than a quart at a time.

Directions for Use:

Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.

Directions for Use:

Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.

Directions for Use:

Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.

Directions for Use:

Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.

Directions for Use:

Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.

 Our 300 LV system is a two component 100 % solids epoxy resin system designed for the lamination of glass, carbon, or kevlar fibers as used in the production of composite plastic products. This material features a forgiving and easy to use 2 to 1 by volume mix ratio that is ( 2 Parts Epoxy Resin side to 1 Part of Activator side by volume). The material itself features easy wet out, moderate pot life, and good adhesion to a wide variety of other common materials including wood, glass, metals, cured fiberglass composites, and most other plastics. The material cures to a hard, light colored plastic with good physical properties, and excellent resistance to water, chemicals, and solvents. This material may lightly blush in thin films or high humidity. Cure time for this material may be accelerated by mild heat up to 150 F. As with all adhesive type compounds, proper surface preparation is essential for good bond strength; additionally recoating of this material should be accomplished before the material is thoroughly cured, generally in less than 24 hours. If the material has cured hard or blushed, a light

sanding and solvent wash may be necessary before recoating.

Our 300 LV system is a two component 100 % solids epoxy resin system designed for the lamination of glass, carbon, or kevlar fibers as used in the production of composite plastic products. This material features a forgiving and easy to use 2 to 1 by volume mix ratio that is ( 2 Parts Epoxy Resin side to 1 Part of Activator side by volume). The material itself features easy wet out, moderate pot life, and good adhesion to a wide variety of other common materials including wood, glass, metals, cured fiberglass composites, and most other plastics. The material cures to a hard, light colored plastic with good physical properties, and excellent resistance to water, chemicals, and solvents. This material may lightly blush in thin films or high humidity. Cure time for this material may be accelerated by mild heat up to 150 F. As with all adhesive type compounds, proper surface preparation is essential for good bond strength; additionally recoating of this material should be accomplished before the material is thoroughly cured, generally in less than 24 hours. If the material has cured hard or blushed, a light

sanding and solvent wash may be necessary before recoating.