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Film & Sheet TPU

Short Description:

Chemdo supplies TPU grades designed for film and sheet extrusion and calendering. TPU films combine elasticity, abrasion resistance, and transparency with excellent bonding ability, making them ideal for waterproof, breathable, and protective applications.


Product Detail

Film & Sheet TPU Compounds – Selection Guide

TPU film and sheet systems organized by real application constraints.
Choose the dominant requirement and jump to the right subpage:
Protective Film, Waterproof / Breathable Membrane,
Hot-Melt Adhesive Film, or Decorative / Printing Film.

Supply forms:
TPU film compounds (pellets) / Finished TPU films & sheets (project-based, on request) for in-house extrusion

Optical Stability
Anti-Yellowing
Blocking Control
Waterproof / Breathable
Hydrolysis Resistance
Hot-Melt Bonding
Printable Surface
Advanced Functional Custom
What we support (trial-focused)
  • Grade shortlist based on film structure (mono / co-ex / laminate), thickness and targets
  • Processing window tuning (drying, haze control, blocking/unwind stability, line robustness)
  • Verification guidance aligned with end-use (aging, adhesion, print, hydrolysis, outdoor exposure)

Choose Your Path (Go to the Right Subpage)

Start with the dominant constraint. For multi-constraint projects (e.g., optical + anti-yellowing, membrane + durability, bonding + low-temperature),
start from the closest path and request a combined shortlist via advanced functional tuning.

Protective Film (Surface & Optical)

Projects driven by clarity, haze control, scratch visibility, and long-term yellowing risk.

Clear / Low Haze
Anti-Yellowing
Anti-Block
Handling Wear
  • Haze increases after handling or surface rubbing
  • Yellowing under heat/UV/aging exposure
  • Blocking and unwind instability on rolls

Waterproof / Breathable Membrane

Functional membranes where waterproof-breathable balance and hydrolysis/aging durability dominate.

Waterproof
Breathable
Hydrolysis
Durability
  • Performance drop after heat-humidity or washing cycles
  • Brittleness or elasticity loss over time
  • Lamination mismatch on real structures

Hot-Melt Adhesive Film (Bonding)

Bonding projects where adhesion, activation temperature, and lamination window stability dominate.

Adhesion
Activation Temp
Lamination Window
Post-Aging
  • Bond passes initially then delamination after aging
  • Narrow activation window causing unstable runs
  • Substrate compatibility constraints

Decorative / Printing Film

Aesthetic projects where print adhesion, surface energy, and matte/gloss + color stability dominate.

Printable Surface
Ink Adhesion
Matte / Gloss
Color Stability
  • Ink adhesion inconsistent across lots or conditions
  • Color shift or gloss inconsistency after aging
  • Appearance defects at scale-up
If you are unsure which path is primary: tell us your film structure (mono/co-ex/laminate),
thickness, and the top 1–2 risks (yellowing, haze, blocking, delamination, print adhesion, hydrolysis).
We will route you to a shortlist quickly.

Typical Focus Map (Fast Reference)

This table is a router, not a datasheet. Final selection depends on structure, thickness, and validation plan.

Path Most Common “Why it fails” What we tune Recommended Page
Protection / Optical Yellowing, haze increase, blocking, scratch visibility Optical stability, anti-yellowing, surface anti-block, abrasion balance Protective Film →
Barrier / Breathable Durability drop after heat-humidity, brittleness, laminate mismatch Hydrolysis route, aging package, breathability balance, laminate strategy Breathable Film →
Hot-Melt / Lamination Delamination after aging, narrow activation window, substrate mismatch Adhesion system, activation temperature, lamination window stability Hot-Melt Film →
Decorative / Printing Ink adhesion drift, gloss inconsistency, color shift after aging Surface energy, print adhesion, matte/gloss control, aging stability Printing Film →
Advanced Functional Multi-constraint conflict + unstable process window Functional stacking + processing robustness Advanced Functional →

Note: Final performance depends on film structure, thickness, processing window, and verification method.

Customization Options (Project-Focused)

Film and sheet compounds can be tuned around real failure risks and scale-up conditions. Typical directions include:

Optical & Surface

  • Anti-yellowing route selection (heat/UV/aging)
  • Clarity / haze control and surface stability
  • Anti-block and unwind stability tuning

Barrier & Durability

  • Hydrolysis resistance for heat-humidity exposure
  • Weathering and aging stability for outdoor use
  • Low-temperature handling flexibility

Bonding & Printing

  • Adhesion package tuning (substrate-specific)
  • Activation temperature and lamination window robustness
  • Surface energy and print adhesion (project-dependent)

Functional Stacking

  • Combine multiple constraints (e.g., optical + anti-block + anti-yellowing)
  • Balance membrane performance + durability + lamination stability
  • Processing window tuning to reduce scale-up risk

Note: Customization scope depends on structure, thickness, target standards and verification plan.
For multi-constraint projects, start from the closest system page and request an advanced functional shortlist.

Request Samples / TDS

  • If you extrude films in-house:
    share film structure (mono / co-ex / laminate), thickness range, target properties and line conditions. We recommend suitable TPU compounds (pellets) with TDS/SDS.
  • If you source finished films:
    share thickness, width, surface (matte / gloss / printable), roll specification and validation plan. We quote finished TPU films accordingly.
To get a fast recommendation, send:
Film & structure
Mono/co-ex/laminate, thickness, and the target appearance/feel.
Top constraint(s)
Optical/yellowing, membrane performance, bonding, printing, blocking/unwind.
Process & validation
Drying notes, line setup, and the validation plan (aging/adhesion/print).

What should you do next?

If your project fits clearly into one category above, jump to the relevant subpage.
If you face multiple constraints or repeated trial failures, start from Advanced Functional.


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