Installation Training

Same as Carbon Series: indoors, dust-free, 60–85°F. Deep clean the glass with ammonia-free cleaner and a razor blade. For ceramic film, follow with a final wipe using 70% IPA on a lint-free wipe — this removes any residual wax, silicone, or oil that could prevent the ceramic adhesive from bonding cleanly.

Mist outside of window with slip solution. Lay film on exterior, liner facing you. For flat windows, cut with standard margins. For curved rear glass, use a heat gun on LOW setting, holding it 6–8 inches from the film surface. Work in small sections — heat for 2–3 seconds, then use your finger or squeegee to push fingers (wrinkle lines) toward the edges. Repeat slowly across the entire rear glass.

Generously spray interior glass with slip solution. Peel liner, holding film by edges only. Position from top edge, sliding into alignment. Due to the ceramic film's slightly stiffer body, you may have less flexibility to reposition compared to carbon film — work faster and confirm alignment before the adhesive begins to tack.

Use a felt-edge squeegee for ceramic film — the hard card edge can create subtle micro-scratches on the ceramic topcoat during aggressive squeegee passes. Work center-to-edge methodically. Apply moderate, firm pressure. After initial water removal, do a final pass with a clean, dry microfiber to press any remaining lifted edges.

Trim with a fresh, sharp blade — test your blade on scrap tint before trimming. A dull blade drags and can tear the ceramic layers rather than cutting cleanly. Tuck the top edge into the gasket. Heat seal all edges with a low-setting heat gun to ensure full adhesion and prevent lifting in cold weather.

For a flagship-tier product, surface prep must be flawless. Clean with ammonia-free cleaner → razor blade debris removal → final IPA wipe-down on every window. Any contamination trapped under a $200 film is costly. Take extra time here — 30 minutes of prep saves hours of remakes.

Mist outside of window. Lay film with liner toward you. For flat glass, cut with 3/4" margin — this film cuts cleaner with slightly tighter margins due to its thickness. For curved rear glass, use variable heat gun on LOW (120–140°F equivalent). Shrink in 3–4 progressive passes across the entire rear window rather than intense focal heating. Each pass relaxes the film further — patience produces a cleaner result than rushing.

Spray interior generously with slip solution. Remove backing liner carefully — Ultra IR film is stiffer than single-layer films. A second installer is recommended for windshield and rear glass applications. Position from the top, sliding to center alignment. The thicker film body means it will hold its shape better during positioning — use this to your advantage for precise placement.

Use a felt-edge squeegee exclusively — never a bare hard card on Ultra IR. Begin with moderate pressure from center outward. Due to the film's thickness, you need more deliberate pressure to fully flush slip solution from under the film. After initial pass, follow up with a microfiber-wrapped hard card for edge sealing. Pay special attention to the corners and along the door gasket seal.

Use only fresh OLFA blades — test on waste film first. The Ultra IR's extra thickness requires a sharp blade for a clean cut; a dull blade will drag and fray the edge, which can become a long-term peeling point. After trimming, use low heat gun to seal every edge — run the heat along the perimeter, followed immediately by a squeegee edge pass to ensure complete adhesion.

PPF does not hide paint defects — it seals them permanently beneath the film. Inspect the paint carefully under shop lighting. Any scratches, swirl marks, or chips visible before installation will be preserved. Wash the vehicle with high-pH decontamination shampoo, clay bar all painted surfaces to remove embedded contaminants, and perform a machine polish if needed. Finish with a thorough IPA wipe-down of all panels to be filmed.

PPF must be installed indoors in a clean, enclosed space — 60–90°F (15–32°C). Never install in direct sunlight or outdoors. Keep the installation area humidity-controlled; excessive humidity slows curing. Warm the vehicle to at least 60°F before beginning — cold panels cause the PPF adhesive to lose tack. In cold months, infrared heaters can warm panels before installation.

For pre-cut kits: inspect the film for damage before installation — a damaged pre-cut film cannot be replaced once installed. For bulk film: measure each panel with a tape measure, allowing 1" overhang on all exposed edges and 0.25" for wrapped edges. Use masking tape to mark panel boundaries. Cut on a flat, clean surface — never cut directly on the paint.

Spray the panel surface generously with slip solution. Peel the backing liner from the film — peel it down and away at a 45° angle to reduce static and edge curl. Apply the film to the wet panel, adhesive side down. The slip solution allows free repositioning for 60–90 seconds. Align carefully — center the film on the panel, confirming all edges have adequate overhang before squeegeeing.

Starting from the highest point of the panel, squeegee the film toward the edges using overlapping strokes. Apply firm, even pressure. As slip solution is expelled and the film begins to tack down, switch to tack solution on the edges to ensure perimeter adhesion. If debris is spotted under the film, immediately lift the section, spray more slip solution, remove the contaminant, and re-apply.

Use tack solution along edges. Wrap the film around panel edges, into door gaps, and tuck at corners. Start with the most difficult corners — if those are clean, the remaining edges follow easily. Apply gentle heat to the edges while wrapping to make the TPU more pliable — this reduces stress on the corners and prevents lifting. Use a hard card or thumbnail to press the film firmly into gaps.

Do a final pass over all installed sections under good lighting. Check for lifted edges, small moisture bubbles, and trapped debris. For moisture bubbles — if small, they will self-cure within 48–72 hours. For persistent air pockets — use a fine needle (lancet) to puncture the center of the bubble and press out the air; the PPF will self-heal the tiny puncture with ambient heat. Run the heat gun one final time along all edges and corners to ensure complete sealing.

Identical to PPF V1: wash, clay bar, machine polish if needed, full IPA wipe-down. V2's improved adhesive is excellent at bonding to clean clear coat — it is equally unforgiving of wax, silicone, or contamination. Do not skip the IPA wipe on any section that will be filmed.

V2 is designed for full-front and full-vehicle coverage. For maximum protection, plan coverage to include: front bumper, hood leading edge and full hood, front fenders, A-pillars, mirrors, and rocker panels. Pre-cut kits are strongly recommended for V2 installations — the improved film body cuts extremely cleanly with pre-cut plotters and reduces waste.

Begin with the easiest flat panels (doors) before progressing to complex surfaces (front bumper, hood). Spray each panel with slip solution immediately before installing that section — don't prep multiple panels ahead of time as the slip solution can dry or attract airborne dust. Install methodically: position → confirm alignment → squeegee center-to-edge → tack edges → wrap corners.

V2's improved TPU flexibility means edge-wrapping requires less heat than V1. For most corners, the film will wrap cleanly with just body heat and hand pressure — apply heat only for tight compound curves (front bumper corners, fender flares). This reduces the risk of heat distortion on delicate edge areas of the film.

Inspect under direct shop lighting. V2's enhanced optical clarity makes it easier to spot remaining air pockets. Address moisture bubbles vs. air pockets differently: moisture bubbles — leave them, they'll self-cure. Air pockets — use a lancet needle at the bubble edge, press air out from behind, self-heal activates within hours. Heat seal all edges as final step.

All standard PPF prep applies: wash, clay bar, IPA wipe. For matte PPF specifically — do not machine polish with a finishing glaze or spray wax before installation. These products leave a gloss residue on the surface that will appear as uneven sheen through the matte film. IPA wipe only as the final prep step.

When cutting and handling OcuMatte, always ensure the matte topcoat faces away from your cutting surface. Place a clean microfiber cloth under the film when cutting. Fingerprints on the matte surface before installation can create permanent oil stains — wear nitrile gloves and handle only by the liner backing.

Application is identical to clear PPF — spray panel with slip solution, peel liner, position film, confirm alignment. Matte PPF's slightly firmer body makes precise positioning easier — take your time during the positioning window to confirm perfect alignment before squeegeeing. Once you begin squeegeeing, the film will tack quickly.

Use only felt-edge or microfiber-wrapped squeegees on the matte surface — never bare hard card. Keep the felt edge damp throughout each pass. Apply moderate, even pressure — the goal is to push out slip solution without creating pressure differentials that show as gloss streaks. Work methodically from center outward. Perform a final light "finish pass" across the entire panel using a freshly dampened felt edge to even the texture.

Matte films can lose some of their flat appearance with excessive heat — it reduces the micro-texture of the satin topcoat. Use heat only for tight compound curves and difficult edge wraps — minimum heat needed to make the TPU pliable. Apply heat, wrap the edge, press firmly with a microfiber cloth, and move on quickly. The film will set and maintain the satin finish as it cools.

Inspect under multiple lighting conditions — overhead fluorescent, side raking light, and natural light. Matte films show installation inconsistencies under raking light that aren't visible under overhead light. Check for: gloss streaks from squeegee passes, fingerprint oils, edge lifting, and any uneven texture across panel surfaces. Address issues immediately before the adhesive fully cures.

For Ultra Black Gloss PPF, clean your installation area more thoroughly than for clear PPF. Sweep and mop the floor before the install. Close air vents and let air settle for 20 minutes before beginning. Every dust particle in the air is a potential defect under dark film. Install under multiple light sources so you can see contamination immediately.

Wash, clay bar, and IPA wipe-down as standard. For color PPF specifically — use compressed air to blow out all gaps, grilles, and panel edges after the IPA wipe. Re-IPA wipe after the compressed air step to catch any debris that was dislodged. The panel must be visually spotless under direct lighting before any film is applied.

Unlike clear PPF where seams are invisible, Ultra Black Gloss PPF seams must be planned carefully. Align film joins at natural panel edges and design lines wherever possible — at door gaps, body character lines, and trim edges. Seams in the center of flat panels will be visible. Plan coverage sections before cutting any film.

Apply film with slip solution as standard. After initial positioning — before squeegeeing — do a visual scan of the film for trapped debris. On black film, you can often see bumps and foreign particles through the surface. Lift and re-apply any sections with visible contamination. Once squeegeeing begins, contamination is locked in permanently.

Squeegee with even, deliberate strokes. After each squeegee pass, pause and inspect the film surface under raking light — look for air pockets, streaks, or trapped particles. It's far easier to address these during installation than after the adhesive fully sets. Take your time between passes.

On black film, uneven edge cuts are immediately visible. Use only sharp blades — test each blade segment before use. Make steady, one-pass cuts with consistent depth. Ragged or stepped edges on Ultra Black Gloss PPF reflect light differently and create visible transition lines at seams. After trimming, heat-seal and squeegee all edges firmly.

Before any installation, plan seam placement with the client. On color-shift film, seams are visible because the color-shift angle is different on overlapping pieces. Plan seams at: door gaps, body character lines, windshield trim edges, and natural panel breaks. Document the seam plan — it will affect how you cut and apply each section of film across the vehicle.

Color-shift films show environmental contamination more than any other film type. The iridescent layer can pick up particles as small as 50 microns and make them visible at angle. Install in the cleanest possible environment — no foot traffic during installation, floor damp-wiped before beginning, air allowed to settle for 30 minutes before opening film rolls.

Full wash, clay bar, IPA decon as standard. For Shifted Color PPF, verify cleanliness by inspecting under a high-power shop light at a raking angle after each prep step. Any remaining contamination will be visibly amplified by the color-shift layer once film is applied. Do not proceed until each panel passes visual inspection.

Apply with slip solution as standard. The key difference with Shifted Color PPF: do not rush the positioning phase. The color-shift effect requires precise film alignment so the iridescent angle reads consistently across panels. Take extra time to confirm perfect alignment before the first squeegee pass. Once squeegeeing begins, repositioning will disturb the optical layer.

Use a felt-edge squeegee with absolutely consistent pressure throughout each pass. Pressure variations create differential adhesion in the optical layer — visible as subtle dull patches in the color-shift effect under certain lighting angles. Use both hands to control squeegee angle and pressure. Work slowly and methodically. Do not use hard card squeegees on the film surface at any point.

Shifted Color Change PPF's aliphatic TPU is naturally more stretchy and conformable than standard TPU at room temperature — use this flexibility to wrap edges with minimal heat. Low heat (15–20 second exposure at 8+ inches) only for tight compound curves. The iridescent layer can "shift" permanently with excessive heat, creating a slightly different color angle at heat-exposed edges versus the rest of the film.

Perform the final inspection by walking around the vehicle slowly and viewing each panel from multiple angles: straight on, 45°, 90° raking, and from low angles. The color-shift effect should flow smoothly and consistently across each panel and across seams. Any inconsistencies in the shift pattern indicate pressure marks, improper squeegee technique, or seam misalignment that should be addressed before the client takes delivery.