EZ~Brush® Vac Bag Silicone Rubber Offers Several Advantages Over Conventional Vacuum Bagging Materials
• Reusable Bags Reduces Labor Costs Up To 90%
• Reusable Bags Can Be Used To Quickly Produce Many Parts
• Easy to Mix and Apply
• EZ~Brush® Bags Resist Attack from Chemically Harsh Resins
• Better Heat Resistance up to 500°F / 260°C
• Non-hazardous; No Odor
• Using EZ~Brush® Bags Are Eco-Friendly; Reusable Bags Eliminates Bag Film Waste
1 - A tool used to produce the hull of the Vapor Optimist racing boat is prepared for production.
2 - A channel is routered into the tool that will aid in providing an airtight seal between the tool and the vacuum bag.
3 - EZ~Brush® Vac Bag Silicone is mixed and vacuumed.
4 - EZ~Brush® Vac Bag Silicone is poured over profile.
5 - Three layers of EZ~Brush® silicone are applied to all surfaces, forming a continuous rubber vacuum bag.
6 - All layers are allowed to cure. The bag is strong, durable and dimensionally stable.
7 - Routered channel holds bag in place ensuring perfect vacuum pressure.
8 - A resin gel coat is sprayed over the tool.
9 - Rollers are used to laminate layers of glass matting with resin.
10 - Release film and breather are applied.
11 - The EZ~Brush® vacuum bag is put into position. Edges are secured using channel routered into tool earlier.
12 - Vacuum is pulled and the structure is checked for air leaks.
13 - Once the resin cures, the EZ~Brush® bag is removed and stored for future use.
14 - The finish part reflects perfect detail and a flawless surface finish. The EZ~Brush® silicone bag cuts production time of the Vapor Optimist by 1/3.
15 - Vapor Optimist sailboat made by LaserPerformance.
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