• I want to thank all the members that have upgraded your accounts. I truly appreciate your support of the site monetarily. Supporting the site keeps this site up and running as a lot of work daily goes on behind the scenes. Click to Support Signs101 ...

Search results

  1. does anybody know what material this is?

    spoke with Melissa(Hexis) today, they don't have chrome yet. all they have is the new chrome carbon fiber
  2. does anybody know what material this is?

    last time i spoke with the kpmf reps they said that they're no longer producing it
  3. Items you’ve Wrapped.

    here's washer & dryer that we wrapped for a customer he bought a non-matching set and decided to wrap it
  4. 3m 1080 vs oracal 970 (975) vs hexis hx30000

    3M - 60", air release, thinner than the rest Oracal - 60", no air release Hexis - 54"(60" in the works), air release We usually use Hexis. Some hoods are way too big so before had to turn to Oracal, now 3M because of the air channels. problem with 3m is that because it's fairly thin it rips...
  5. wrapping a mirror

    Hexis also has the same cast vinyl where the print goes back to its original form after stretching it quite a bit. I still don't get the point of stretching the material and then putting it on. Seems to me that this way the material will want to pull back to it's original form even faster and...
  6. 3m 1080

    did you work with oracal or hexis before? does the pattern look similar to what they offer?
  7. 3m 1080

    are you sure it's 3m's carbon fiber? di-noc's weave is usually perfect...this seems to be more like oracal or hexis
  8. Matte green wrap...Looks nice

    it's Wraptivos(3M) matte green, this car was shown at the Sema show
  9. matte black, carbon fiber suppliers?

    hexis, oracal, and kpmf have exactly the same carbon fiber pattern hexis comes only in 54" and has air-channels, sometimes had to use 3m primer to make it stick oracal comes in 60" and no air-channels di-noc's pattern doesn't get distorted as the above do, but harder to work around certain angles
Top