| Office documents and instructional sheets | 75–125 microns per side | A4, A3, Letter, or Legal; generally up to 1 mm total thickness | Standard thermal EVA adhesive | Approximately 90–120°C, depending on film formulation | Paper and toner may curl or discolor if overheated; use the lowest effective setting | Choose a machine with adjustable temperature, even roller pressure, and reverse or anti-jam control |
| Menus, instruction cards, and frequently handled prints | 125–250 microns per side | A4 to A2; confirm the maximum document width before purchase | Standard or high-bond thermal EVA | Approximately 100–130°C | Thicker films require more heat penetration and a slower feed speed; avoid excessive dwell time | A four-roller system is preferred for flatter results and fewer bubbles on thicker pouches or sheets |
| Photographs and coated digital prints | 75–125 microns per side | Small-format prints through A3 or 12 × 18 in | Low-temperature EVA or photo-grade thermal adhesive | Approximately 75–105°C | Gloss coatings, inkjet media, and dye-based prints can be sensitive to heat and moisture | Select precise temperature control and a smooth, clean roller path; test one sample before production |
| Inkjet posters and large-format graphics | 75–125 microns per side for protection; 150–250 microns for added rigidity | Up to the machine's rated width; common widths are 610, 915, and 1,320 mm | Low-temperature thermal adhesive or pressure-sensitive cold adhesive | Approximately 60–100°C for low-temperature thermal films | Water-based inks should be fully cured or dried; excessive heat can cause cockling or color shift | For heat-sensitive prints, choose a cold-lamination mode or a machine with independent heat control |
| Synthetic paper, waterproof paper, and polypropylene sheets | 75–125 microns per side | A4 to wide-format sheets; verify the maximum combined thickness | Low-temperature EVA or pressure-sensitive adhesive | Approximately 60–100°C for low-temperature films | Polypropylene softens at relatively low temperatures; keep the process below the substrate supplier's limit | Use adjustable heat, controlled pressure, and a slower speed; avoid fixed high-temperature machines |
| Card stock, cover stock, and board-backed prints | 125–250 microns per side | Up to approximately 2–3 mm total thickness, subject to machine specifications | Standard thermal EVA or high-bond EVA | Approximately 100–135°C | Thick or moisture-rich board needs gradual heating to reduce warping and incomplete bonding | Choose a machine with a wide nip opening, adjustable roller pressure, and adequate heating capacity |
| Self-adhesive labels and adhesive-backed media | 75–125 microns per side | Sheet or roll media within the machine's rated width | Pressure-sensitive cold adhesive is generally preferred | No activation heat required; optional warm setting may be used | Heat can soften the label adhesive, cause edge ooze, or create liner release problems | Select cold-lamination capability, adjustable pressure, and a silicone-coated or non-stick roller surface |
| Heat-sensitive film, thermal paper, and receipts | 27–75 microns per side | Small sheets or narrow-format media; normally below 0.5 mm total thickness | Pressure-sensitive cold adhesive or very low-temperature adhesive | Preferably below 60–70°C, or no heat | Thermal paper may darken, fade, or develop image marks when exposed to excessive heat | Use a cold laminator or a machine with highly accurate low-temperature control |
| Fabric, canvas, and textile-backed graphics | 75–150 microns per side, depending on flexibility requirements | Flat sheets or panels within the machine's working width | Flexible pressure-sensitive adhesive or flexible low-temperature thermal adhesive | Approximately 60–100°C for low-temperature thermal products | Natural fibers may shrink; textured surfaces may trap air and require gradual pressure application | Choose variable pressure, slow speed, and a wide nip; confirm that the adhesive is compatible with porous textiles |
| Foam board, PVC foam board, and lightweight display panels | 75–150 microns per side | Panel thickness commonly 3–10 mm; verify the machine's maximum opening | Pressure-sensitive adhesive is usually safer than standard hot thermal adhesive | Normally no heat; use only the temperature recommended for the panel | PVC and foam cores can deform, shrink, or release gas when overheated | Choose a cold-flat laminator with sufficient throat height, low pressure control, and a rigid support table |
| Outdoor graphics and protective overlamination | 75–150 microns per side | Wide-format sheets or panels matching the required finished width | UV-stable pressure-sensitive adhesive or outdoor-rated thermal adhesive | Usually no heat for cold films; approximately 80–110°C for low-temperature thermal films | Outdoor durability depends on UV resistance, plasticizer compatibility, moisture resistance, and edge sealing—not film thickness alone | Select a machine that maintains uniform pressure across the full width and supports outdoor-rated films |
| Rigid plastic sheets such as PET, PVC, or polycarbonate | 75–250 microns per side | Flat sheets within the rated width and opening height | Material-specific thermal adhesive or pressure-sensitive adhesive | Approximately 70–130°C, based on the plastic and adhesive | PET generally tolerates more heat than PVC; polycarbonate can warp under uneven heating or pressure | Use independent temperature and pressure adjustment; confirm the plastic supplier's forming or service-temperature limits |
| High-durability tags, badges, and ID cards | 125–250 microns per side | Small-format sheets or cards; commonly 0.5–2 mm total thickness | High-bond thermal EVA or compatible low-temperature adhesive | Approximately 100–135°C | Embedded inks, magnetic stripes, chips, and heat-sensitive overlays may limit the allowable temperature | Choose precise temperature control, uniform pressure, and a feed path designed for thick or rigid materials |
