That depends. Here's the answer based on the material to which you are applying anaxgum:
You will need a heatless full spectrum light unit that cures between 350nm - 500nm.
1. Roughen the surface by sandblasting with aluminum oxide (50-110 micron) at 2 bar pressure.
2. Clean with isopropyl alcohol, allow surface to dry completely.
3. Apply a thin layer of bond lc to the pmma, or 3d printed resin surface, we recommend using a micro-brush.
4. Light cure Bond LC, in a heatless light unit for 60-90 seconds, depending on the light unit.
5. Bond LC will have a satin finish when it is fully cured.
6. Apply your composite.
All light units are different. You will need a heatless unit that has a spectrum between 350nm - 500nm.
To ensure your composite is fully cured, follow these steps:
That sticky layer is called the "inhibitation layer," and it's what bonds additional composite to the surface as you add layers. It's there because composite in direct contact with oxygen CANNOT cure.
When you no longer want to add composite, rather than removing the sticky, uncured layer on the outer surface, you need to cure it. There are two ways to do that:
Yes! Just follow the glaze manufacturer's instructions for how to prepare the composite surface prior to glaze application.
That depends. Here's the answer based on the material to which you are applying anaxgum:
1. Roughen the surface by sandblasting with aluminum oxide (50-110 micron) at 2 bar pressure.
2. Clean with isopropyl alcohol, allow surface to dry completely.
3. Apply a thin layer of bond lc to the pmma, or 3d printed resin surface, we recommend using a micro-brush.
4. Light cure Bond LC, in a heatless light unit for 60-90 seconds, depending on the light unit.
5. Bond LC will have a satin finish when it is fully cured.
6. Apply your composite.
To ensure your composite is fully cured, follow these steps:
Yes! Just follow the glaze manufacturer's instructions for how to prepare the composite surface prior to glaze application.
You will need a heatless full spectrum light unit that cures between 350nm - 500nm.
All light units are different. You will need a heatless unit that has a spectrum between 350nm - 500nm.
That sticky layer is called the "inhibitation layer," and it's what bonds additional composite to the surface as you add layers. It's there because composite in direct contact with oxygen CANNOT cure.
When you no longer want to add composite, rather than removing the sticky, uncured layer on the outer surface, you need to cure it. There are two ways to do that:
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New subtotal: $0.00 USD
$89.95
$35.00
$75.00
$225.00
$29.50
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