www.1800lighting.com Vivex arrives at the factory in a raw material form. Vivex is a unique synthetic composition made up of ground marble powder for strength, latex composite for durability, bonded together with the adhesive Adenosine Triphosphate. Adenosine Triphosphate is used primarily in outdoor applications and has been tested to temperature that exceeds 130°F and as low as -20°F. This material is also both fire retardant and biodegradable. Maxim Lighting has over 175 fixtures made with Vivex. A factory worker selects the correct die depending on the fixture being made, and places it into the injection mold machine. Unlike resin which is cast into inexpensive plaster molds, Vivex is injected under pressure into expensive steel molds which produces a very hard and dense component. Another added benefit to injection molding is the quality of the detail of the part. The parts come out of the mold with very crisp lines and intricate detail not formerly obtainable from resin casting. Here you see an arm of a Vivex fixture along with the steel die that it was molded from. This metal tooling was major investment on behalf of Maxim Lighting. The total costs for research and development and tooling costs exceed 00000, and will continue to grow as the Vivex line is expanded to more fixtures. Here you see a part of a Vivex fixture's body along with the steel die it was molded from. Vivex parts are staged and inspected prior to the next stage of cleaning and painting ...
Friday 1 February 2013
The Vivex Collection from Maxim Lighting
The Vivex Collection from Maxim Lighting Tube. Duration : 4.05 Mins.
www.1800lighting.com Vivex arrives at the factory in a raw material form. Vivex is a unique synthetic composition made up of ground marble powder for strength, latex composite for durability, bonded together with the adhesive Adenosine Triphosphate. Adenosine Triphosphate is used primarily in outdoor applications and has been tested to temperature that exceeds 130°F and as low as -20°F. This material is also both fire retardant and biodegradable. Maxim Lighting has over 175 fixtures made with Vivex. A factory worker selects the correct die depending on the fixture being made, and places it into the injection mold machine. Unlike resin which is cast into inexpensive plaster molds, Vivex is injected under pressure into expensive steel molds which produces a very hard and dense component. Another added benefit to injection molding is the quality of the detail of the part. The parts come out of the mold with very crisp lines and intricate detail not formerly obtainable from resin casting. Here you see an arm of a Vivex fixture along with the steel die that it was molded from. This metal tooling was major investment on behalf of Maxim Lighting. The total costs for research and development and tooling costs exceed 00000, and will continue to grow as the Vivex line is expanded to more fixtures. Here you see a part of a Vivex fixture's body along with the steel die it was molded from. Vivex parts are staged and inspected prior to the next stage of cleaning and painting ...
www.1800lighting.com Vivex arrives at the factory in a raw material form. Vivex is a unique synthetic composition made up of ground marble powder for strength, latex composite for durability, bonded together with the adhesive Adenosine Triphosphate. Adenosine Triphosphate is used primarily in outdoor applications and has been tested to temperature that exceeds 130°F and as low as -20°F. This material is also both fire retardant and biodegradable. Maxim Lighting has over 175 fixtures made with Vivex. A factory worker selects the correct die depending on the fixture being made, and places it into the injection mold machine. Unlike resin which is cast into inexpensive plaster molds, Vivex is injected under pressure into expensive steel molds which produces a very hard and dense component. Another added benefit to injection molding is the quality of the detail of the part. The parts come out of the mold with very crisp lines and intricate detail not formerly obtainable from resin casting. Here you see an arm of a Vivex fixture along with the steel die that it was molded from. This metal tooling was major investment on behalf of Maxim Lighting. The total costs for research and development and tooling costs exceed 00000, and will continue to grow as the Vivex line is expanded to more fixtures. Here you see a part of a Vivex fixture's body along with the steel die it was molded from. Vivex parts are staged and inspected prior to the next stage of cleaning and painting ...
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