Double Coated Tissue Adhesive Tape Acrylic
- Material: non-woven tissue carrier with acrylic pressure-sensitive adhesive.
- Structure: double coated acrylic tissue tape with release liner protection.
- Thickness: 0.09-0.18 mm typical options.
- Color: translucent white or milky white, depending on liner and adhesive grade.
- Adhesive coat weight: 35-90 g/m2 per side, balanced for peel and shear.
- Uses: foam lamination, nameplate bonding, PET/PC/ABS film mounting, and die-cut parts.
Double Seal Tape Company is a manufacturer of Double Coated Tissue Adhesive Tape Acrylic for industrial bonding, foam lamination, nameplate mounting, film bonding, and die-cut converting. This acrylic adhesive tissue tape uses a non-woven tissue carrier coated on both sides with controlled acrylic PSA. It is designed for stable peel strength, holding power, clean liner removal, and better aging resistance after 24-72h dwell observation.
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Product Overview
This tape is made for production work where a thin, stable, double coated construction is more useful than a thick foam tape or a general-purpose mounting tape. The structure is simple but important: release liner / acrylic adhesive / tissue carrier / acrylic adhesive. The tissue layer gives the tape better handling during slitting, laminating, and kiss-cutting, especially when the material is converted into narrow rolls or small nameplate pads.
The acrylic adhesive layer is selected for applications where long-term holding power matters. Instead of judging only by initial hand tack, the bond is usually checked after pressure and dwell time. In typical tests, peel adhesion is compared after 20 minutes and again after 24-72 hours on stainless steel, ABS, PC, PET film, and coated nameplate surfaces. This helps confirm whether the tape can resist edge lifting, sliding, or curling before mass production.
Benefits
- Stable acrylic bonding: supports aging resistance, heat/humidity stability, and holding power after 24-72h dwell.
- Cleaner die-cut converting: balanced adhesive coat weight helps reduce edge ooze, adhesive transfer, and unstable waste matrix stripping.
- Better liner handling: PCK, glassine, or PE-coated paper liner can be selected for smoother release, lower curl, and less tearing after slitting.
- Dimensional support: the tissue carrier helps narrow rolls, small pads, and laminated parts stay flatter during cutting and assembly.
- Foam bonding control: adhesive wet-out can be adjusted to bond foam surfaces without excessive penetration into open pores.
- Nameplate and film stability:helps reduce sliding, curling, and edge lift on metal nameplates, PET film, PC, ABS, and coated panels.
How does adhesive coat weight affect bonding strength, die-cut edges, and liner release?
Adhesive coat weight is a key control point for die-cut tissue adhesive tape. A typical acrylic coating range of 35-90 g/m2 per side can be adjusted according to peel strength, foam texture, substrate type, and converting speed. Too little adhesive may not wet out PET, ABS, PC, or coated nameplates well enough. Too much adhesive may create edge ooze, adhesive transfer, or unstable waste stripping. For this reason, coat weight should be reviewed together with liner release force, 180-degree peel adhesion, static shear, and 24-72h edge-lift observation.
Product Package
TDS
Item Typical Value
Product Type Double coated acrylic tissue adhesive tape
Carrier Non-woven tissue paper
Adhesive Acrylic pressure-sensitive adhesive
Total Thickness 0.09-0.18 mm
Adhesive Coat Weight 35-90 g/m2 per side, custom balanced coating available
Release Liner PCK paper, glassine paper, or PE-coated paper
Peel Adhesion Tested by 180-degree peel on stainless steel, ABS, PC, and PET film
Dwell Check 20 min initial test and 24-72h final bond observation
Static Shear / Holding Power Room temperature and 70 C holding check available
Aging Observation 60 C / 90%RH heat-humidity aging and UV exposure observation
Die-cutting Suitability Kiss-cutting, rotary die-cutting, waste matrix stripping, small pad converting
Liner Stability Stable release force, low curl, low tearing, low adhesive transfer
Slitting Tolerance Typical +/-0.5 mm, depending on roll width and material structure
Application Surfaces Foam, stainless steel, PET, PC, ABS, coated nameplate, control panel materials
Use the double sided tape specification reference when comparing typical product values with project-specific test conditions and acceptance criteria.
Product Production
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Applications
- Foam lamination: bonds PE, PU, EVA, and other foam surfaces where controlled wet-out and low edge ooze are required.
- Nameplate mounting: supports metal or plastic nameplates where holding power, anti-curling, and edge-lift control are important.
- PET/PC/ABS film bonding: used for thin film mounting where flatness, clean liner removal, and low adhesive transfer matter.
- Control panel assembly: suitable for overlays, membrane switch layers, and thin adhesive spacer parts.
- Film, foil, and paper splicing: helps maintain smooth handling during production joining and laminating.
- Die-cut adhesive parts: used for kiss-cut pads, gasket backing, small bonding pieces, and converted adhesive shapes.
What should be checked before using acrylic tissue tape for foam, nameplate, and film bonding?
Before using acrylic PSA tissue tape in production, testing should be done on the actual substrate rather than by hand feel alone. Foam bonding should be checked for adhesive wet-out and pore penetration. Nameplate bonding should be observed for sliding, curling, and edge lifting after 24-72 hours. Film bonding should be checked for flatness, liner peeling behavior, and adhesive transfer. A practical validation includes surface cleaning, bonding pressure, 20 min peel adhesion, final dwell strength, liner removal, and die-cut waste stripping before bulk production.
FAQ
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What is Double Coated Tissue Adhesive Tape Acrylic used for?
It is used for foam lamination, nameplate mounting, film bonding, control panel assembly, and die-cut adhesive parts.
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Is acrylic adhesive better for aging resistance?
Yes. Acrylic adhesive is commonly selected when holding power, heat resistance, UV aging, and long-term bonding stability are required.
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Why does liner stability matter?
Stable liner release helps reduce tearing, curling, adhesive transfer, and waste stripping problems during slitting and die-cutting.
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Should the tape be tested before mass production?
Applications
- Foam lamination: bonds PE, PU, EVA, and other foam surfaces where controlled wet-out and low edge ooze are required.
- Nameplate mounting: supports metal or plastic nameplates where holding power, anti-curling, and edge-lift control are important.
- PET/PC/ABS film bonding: used for thin film mounting where flatness, clean liner removal, and low adhesive transfer matter.
- Control panel assembly: suitable for overlays, membrane switch layers, and thin adhesive spacer parts.
- Film, foil, and paper splicing: helps maintain smooth handling during production joining and laminating.
- Die-cut adhesive parts: used for kiss-cut pads, gasket backing, small bonding pieces, and converted adhesive shapes.
What should be checked before using acrylic tissue tape for foam, nameplate, and film bonding?
Before using acrylic PSA tissue tape in production, testing should be done on the actual substrate rather than by hand feel alone. Foam bonding should be checked for adhesive wet-out and pore penetration. Nameplate bonding should be observed for sliding, curling, and edge lifting after 24-72 hours. Film bonding should be checked for flatness, liner peeling behavior, and adhesive transfer. A practical validation includes surface cleaning, bonding pressure, 20 min peel adhesion, final dwell strength, liner removal, and die-cut waste stripping before bulk production.
FAQ
- What is Double Coated Tissue Adhesive Tape Acrylic used for?
It is used for foam lamination, nameplate mounting, film bonding, control panel assembly, and die-cut adhesive parts.
- Is acrylic adhesive better for aging resistance?
Yes. Acrylic adhesive is commonly selected when holding power, heat resistance, UV aging, and long-term bonding stability are required.
- Why does liner stability matter?
Stable liner release helps reduce tearing, curling, adhesive transfer, and waste stripping problems during slitting and die-cutting.
- Should the tape be tested before mass production?
Yes. Testing on the actual foam, nameplate, PET, PC, ABS, or coated surface after 24-72h dwell is recommended.
