Last week I was sent a sample of a new sealant. It came in a simple white bottle with a red dot on it and "#49" written by hand. The note that came with it said "Best product I've ever created. Please give it a try and let me know what you think."
Okay, why not? The chemist was excited, so I'd better give it a try.
When I test a new sealant, I always wash with Dawn first to remove other products. I also have a wipe down spray consisting of mostly alcohol and water. I spray this solution after the wash. If the surface is not perfectly clean and ready for testing.
What I first noticed about the new product was its thickness... really thick! Even so, it went on very smooth, thin and even. Allow it to haze a bit and it wipes right off. WOW, the surface is now slick... really slick! The gloss is great, but it better be, I keep it well polished.
I let the product sit for an hour while I suck down some suds. It's warm out so I decide to give it a wash test. I hit it with a triple strength batch of Meguiar's NXT Wash. It continued to bead water with no problem. After drying, it was still slick as can be.
Okay, time to hit it with Zaino Z-7. I put 4 ounces of Z-7 in a bucket with 2-3 gallons of water. No problem... still beads water, still slick as snot.
Fine, let's pull out the big guns and hit it with Dawn... Guess what? It didn't come off. Still slick... still glossing. Amazing. I put Dawn directly on my wash mitt and scrubbed the area. This stuff just laughed at it!
I decide to have another beer and think about this one. I have long believed that it would not be possible to create a polymer you can apply by hand that has "paint strength" durability. Was I wrong?
Slurp! Slurp! Chug!!! Okay, let's hit it with certain death... the wipe down spray.
OMG! I wiped it down with the water/alcohol spray and it's still there!!!
After three heavy applications of alcohol/water spray it finally gives up. This stuff is amazing.
So, how durable is too durable? Is it possible to have a sealant that's too durable?
More testing on Red Dot Formula #49.
db
P.S., No, I can't reveal the creator of the product.
Okay, why not? The chemist was excited, so I'd better give it a try.
When I test a new sealant, I always wash with Dawn first to remove other products. I also have a wipe down spray consisting of mostly alcohol and water. I spray this solution after the wash. If the surface is not perfectly clean and ready for testing.
What I first noticed about the new product was its thickness... really thick! Even so, it went on very smooth, thin and even. Allow it to haze a bit and it wipes right off. WOW, the surface is now slick... really slick! The gloss is great, but it better be, I keep it well polished.
I let the product sit for an hour while I suck down some suds. It's warm out so I decide to give it a wash test. I hit it with a triple strength batch of Meguiar's NXT Wash. It continued to bead water with no problem. After drying, it was still slick as can be.
Okay, time to hit it with Zaino Z-7. I put 4 ounces of Z-7 in a bucket with 2-3 gallons of water. No problem... still beads water, still slick as snot.
Fine, let's pull out the big guns and hit it with Dawn... Guess what? It didn't come off. Still slick... still glossing. Amazing. I put Dawn directly on my wash mitt and scrubbed the area. This stuff just laughed at it!
I decide to have another beer and think about this one. I have long believed that it would not be possible to create a polymer you can apply by hand that has "paint strength" durability. Was I wrong?
Slurp! Slurp! Chug!!! Okay, let's hit it with certain death... the wipe down spray.
OMG! I wiped it down with the water/alcohol spray and it's still there!!!
After three heavy applications of alcohol/water spray it finally gives up. This stuff is amazing.
So, how durable is too durable? Is it possible to have a sealant that's too durable?
More testing on Red Dot Formula #49.
db
P.S., No, I can't reveal the creator of the product.