The not so tall man
Well-Known Member
Any pros/cons for either. Also what are people using for dash frame black?
eastwood epoxy does not sand well...... at all
SPI epoxy sands easily....... it can be used exclusively from beginning of the job to the end......because it is so versatile
edit: didin't see the dash frame part at first........ SPI black epoxy dries satin and looks great, if that is the desired result. it does not require a top coat as per the instructions
The top coat instructions are mostly for UV as the epoxy itself doesn't have any UV protection qualities. Parts that are going to see direct constant sunlight I would personally top coat. Suspension or under hood parts I have left bare and still look the same as the Dat I sprayed them
The longer it induces, the better the ultraviolet protection against fading.eastwood epoxy does not sand well...... at all
SPI epoxy sands easily....... it can be used exclusively from beginning of the job to the end......because it is so versatile
edit: didin't see the dash frame part at first........ SPI black epoxy dries satin and looks great, if that is the desired result. it does not require a top coat as per the instructions
Now thats cool and interesting ! I wonder if they have changed their formula ? The first time I used it , I read threw all the literature and even talked about it with my paint rep . I didn't see anything about the UV inhibitor information.straight from the tech sheet:
4 hours of induction needed for maximum UV holdout if black epoxy is to be left uncoated.
Remove any internal gun strainers. Spray two wet coats for normal applications. For special projects such as restorations, spray one coat and let it flash 30 minutes or longer at 70 degrees or higher. Then spray a second coat for maximum corrosion protection. For frames we recommend three coats to make sure you do not have any thin spots as frames tend to be tougher to spray. You do not need to top-coat our epoxy on frames, wheel wells, firewalls, or suspension components
8ced3e_2e1da7dc5da34c94bb9c9704d8464b44.pdf (southernpolyurethanes.com)