I guess I left out the most important part of my explanation, so I'll try again...
We have to consider that there is multiple forms of albino out there to work with.... There is kahl strain, sharp strain, and VPI T-positive. All of them are strains of albino which are not compatible with one another.
Kahl strain and sharp strain look nearly identical. Meanwhile, the t-positive strain of albino looks much difference in appearance. The best way to explain a t-positive albino is a "less than complete albino." The black color pigment is reduced enough that a t-positive is obviously different from a normal wild type boa.
However, there is still black pigment present in a t-positive which is why it does not look like a kahl strain or sharp strain. Thats why it is called a t-positive, there is still presence of the gene tyrosinase, which produces dark color pigment.
So basically, a t-positive albino is stuck inbetween a normal boa and an albino, the t-positive is in the middle, which is why I call it an incomplete albino.
So back to the sunglow talk. A sunglow is basically the albino form of a hypo boa right?
That statement lies true with ALL forms of albino. So....
a kahl sunglow = kahl albino/hypo
a sharp sunglow = sharp albino/hypo
t-positive sunglow = t-positive albino/hypo
Genetically, it takes the same forumla to create them. All 3 strains of albino are recessive, so you need both parents to be atleast a het, and 1 parents needs to be a hypo
So there is not anything definitive to look for when recognizing a t-positive albino, you just have to know that the animal comes from a t-positive line of albino and not the normal strain of albino because they are completely different genes.
Hopefully this makes a little more sense than my last response.
Tony