Crystal Serum Light

• Best possible swirl mark and chemical resistance from a prosumer grade product
• Incredible gloss
• 3 to 5 years durability

Why use Gtechniq Crystal Serum Light?
Gtechniq Crystal Serum Light (CSL) is a high-quality coating that will add an unbelievable amount of gloss, depth, and protection. It is so strong that right after you apply it you can't remove it with traditional polishes you would need to wet sand it. CSL was designed from the same DNA as the incredibly popular, but professional only Gtechniq Crystal Serum. The original Crystal Serum professional coating boasts a 7-year guarantee from Gtechniq and they took it upon themselves to make an easier to apply consumer product, which is Crystal Serum Light. While the original Crystal Serum is supposed to last 7 years, CSL will last approximately 3 - 5 years according to Gtechniq. CSL's ultra-durable, high-gloss, slick to the touch, 9h clear ceramic will reach about 80% of the CS Pro's performance (scratch and chemical resistance). When compared to the other consumer Gtechniq coatings (C1 Crystal Lacquer) it is about double the performance (scratch and chemical resistance). The gloss and shine of the paint are simply put, amazing, and your paint will really stand out above the rest. Once applied, CSL will be resistant to chemicals ranging from pH2 - pH12. This means your paint will stay clean and protected from the elements for much longer than before.

	Serum Light forms an ultra- durable, high-gloss, slick to the touch, chemically bonding inorganic layer of 9h optically clear ceramic.  Once applied, gloss levels will remain in the upper 90th percentile for significantly longer when compared to traditional paint protection products, and cleaning your car will be a breeze.
	The high-density ceramic layer is resistant to chemicals ranging from pH2 - pH12.  This characteristic also makes bonded contaminants such as tree sap, tar, and hard water spots, easy to remove.
	Unlike mainstream wax and organic polymer coatings, Serum and Serum Light can resist much higher and lower temperatures.  They resist temperatures as low as -40o to as high as +250o C.