Effetto Mariposa Shelter Road .6mm Invisible Frame Protection

Effetto Mariposa Shelter Road .6mm Invisible Frame ProtectionShelter Road is a transparent shock and scratch resistant adhesive tape. It provides a reliable protection to the carbon fiber or metal structures its applied to. "Road" is perfect for lighter off road riding or gravel cyclocross applications. invisible protection against scratches and impacts lightweight easy to apply, strong adhesion also on curved surfaces doesnt turn yellow over time ideal for protecting carbon or metal parts visco elastic

Shelter Road is a transparent shock and scratch resistant adhesive tape. It provides a reliable protection to the carbon-fiber or metal structures it’s applied to. "Road" is perfect for lighter off-road riding or gravel/cyclocross applications.

invisible protection against scratches and impacts
lightweight
easy to apply, strong adhesion also on curved surfaces
doesn’t turn yellow over time
ideal for protecting carbon or metal parts
visco-elastic behavior reduced vibrations

Characteristics:

How it works

Shelter Road has a 0.2 mm scratch-resistant upper layer with a gummy (viscoelastic) 0.4 mm layer underneath. This unique, composite construction allows Shelter to spread impact energy within its structure, without transmitting it. Shelter Road (0.6 mm thick) is best for lighter off-road riding or gravel/cyclocross applications. Shelter Off-Road(1.2 mm thick) is the thickest Shelter, and it's perfect for heavier duty off-road riding. Shelter Zero Due (0.2 mm thick) is great for protection of road bikes or surfaces mostly subject to wear and friction, like crank arms.

Lightweight protection

With a weight of 0,077 g per square centimeter, Shelter Road generates the following results:

Shelter Road Roll (58 mm x 5 m, 0,6 mm thick): approx. 210 g.

Available sizes/formats

Shelter Road Roll sizes(*): 58 mm x 1 m; 80 mm x 1 m;  58 mm x 5 m; 80 mm x 5 m, 0,6 mm thick.

(*) tolerance +/- 10% on width and length

Easy to apply

Adhesion of Shelter is defined "semi-structural", so very strong but not permanent. After being applied, it takes Shelter 8 hours before developing its optimal bonding. After that, normal bicycle use or washing won’t affect it, but it can be removed – if needed – without damaging the underlying paint.

Application of Shelter doesn't require special tools or procedures, just normal skills and patience:

1. after removing cables or other interfering elements, clean the area where you want to apply Shelter with alcohol and a clean cloth. Remove traces of dried-up alcohol with another clean, dry cloth;

2. take the suitable pre-cut Shelter element or cut a custom made Shelter piece, without removing the backing paper;

3. make sure the element fits the area you want to protect and make sure your hands are clean. After that, completely remove the backing paper, freeing the adhesive surface (try not to touch the adhesive surface with your fingers, or do it as little as possible: being transparent, fingerprints might show);

4. gently position Shelter on the area to protect, without applying pressure and without stretching the material. Re-position it if necessary, until it sits exactly where you want it. As this point, start applying an even pressure, working from the center and going towards the sides, to avoid trapping air bubbles and making wrinkles;

5. work on the whole Shelter element to make it stick to the surface. Insist on the edges and on tight curved sections to make sure the adhesion is even.

You can use your bicycle immediately after applying Shelter, remembering that the full adhesion is achieved after 8 hours.

To remove Shelter, peel it off slowly, making sure not to delaminate it. Doing so, Shelter won't leave any trace of glue on the surface it was formerly attached to, even after several years.

UV-resistant: Shelter is transparent but won't turn yellowish over time, thanks to its UV-protection. It will even protect the underlaying frame paint from UV degradation. IMPORTANT: after the removal of Shelter, there may be differences in color between protected areas and not, in case of fluorescent paints or bright colors.

Visco-elasticity reduces vibrations: The transmission of vibrational energy through any structure can be reduced by introducing visco-elastic materials at discrete points. It’s exactly what Shelter does, providing stiff carbon frames with protection but also contributing to reduce vibrations. An example of that is Shelter Wheel Kit.