Double Sticky Tape Company is a manufacturer of double sided adhesive tape roll materials for roll-to-roll converting, slitting, lamination, nameplate bonding, label mounting, and die-cut adhesive part production. The range includes tissue paper, PET film, cloth, and transfer adhesive structures with acrylic, rubber, hot melt, or differential PSA systems. Carrier, liner, roll format, winding direction, slit-width tolerance, and release behavior can be checked by sample roll trial before bulk production.
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A double sided adhesive tape roll should be selected as a converting material, not only as a bonding tape. In production, the same roll may be rewound, slit into narrow widths, laminated with printed film, or kiss-cut into adhesive parts before final assembly. Therefore, roll structure, liner behavior, edge condition, and unwind stability are as important as peel adhesion.
The specification should be reviewed from the inside structure to the finished roll form. The carrier affects handling, thickness stability, and cutting behavior. The adhesive controls tack, peel adhesion, static shear, and substrate compatibility. The release liner affects unwinding, liner removal, die-cutting stability, and waste stripping. The roll format decides whether the material is suitable for secondary slitting, direct machine feeding, lamination, or converted adhesive component production.
Tissue paper carrier rolls are flexible and economical for lamination, label mounting, printed material bonding, and general roll conversion. They suit custom width slitting and balanced adhesion where high dimensional stiffness is not required.
PET film carrier rolls use PET or polyester film with acrylic or differential adhesive. They are selected for nameplate bonding, panel bonding, membrane switch layers, overlays, and accurate die cutting. PET gives cleaner slit edges and better shape holding, while curved surfaces may require a more flexible structure.
Cloth carrier rolls use cloth with rubber or acrylic PSA for reinforced industrial bonding, manual assembly, sheet bonding, and parts needing stronger handling strength. The added thickness should be checked for ultra-thin constructions.
Transfer adhesive rolls are unsupported adhesive layers carried on release liner. They are chosen for low-profile bonding, adhesive backing, film lamination, and thin converted parts. Without an internal carrier, liner release, pressure control, adhesive ooze, and matrix stripping need closer validation.
Jumbo and log rolls are preferred for in-house slitting, rewinding, laminating, or die-cutting. Slit and narrow rolls are better for direct production use. Before confirming the format, check roll OD, core ID, roll weight, winding direction, usable width, edge flatness, and unwind tension.
PET, tissue and foam constructions solve different bond-line problems on industrial parts. For stainless steel, aluminum, painted panels and powder-coated parts, see our double sided tape selection guide for metal to compare carrier construction, surface preparation, peel, shear and application conditions. The selected grade should then be validated against the actual assembly and service environment.
Roll format should follow the next converting step, not only the requested width and length. Jumbo and log rolls are preferred when the material will be slit again, laminated with printed films, or converted into adhesive components. Slit and narrow rolls are better when the tape must run through laminating, label mounting, nameplate bonding, or continuous kiss-cutting equipment. Roll OD, core ID, winding direction, roll weight, slit-width tolerance, edge flatness, and unwind tension influence feeding stability and liner control.
The material can be used for nameplate bonding on metal, plastic, printed, or coated surfaces; label mounting and adhesive backing; graphic overlay bonding; membrane switch layer bonding; panel lamination; film-to-film or paper-to-film lamination; die-cut adhesive frames, strips, tabs, and custom shapes; kiss-cut components on release liner; electronics assembly materials where clean release is required; and appliance control panel bonding where liner removal and edge accuracy matter. When these converted materials are used in displays or other electronic assemblies, the electronic adhesive bonding solution provides additional guidance on surface, load, heat and application validation.
Customization should be discussed before sample approval because small roll details can affect the production batch. Carrier material can be selected from tissue paper, PET film, cloth, or unsupported transfer adhesive. Adhesive can be adjusted by tack, peel adhesion, holding power, substrate compatibility, temperature condition, and bonding period. The release liner can be changed by material, thickness, release force, color, and release behavior. For interpreting application, continuous-service and short-term heat limits across these constructions, use the double sided tape temperature range and thermal performance data.
Roll parameters should also be confirmed before production, including width, length, roll OD, roll weight, core ID, winding direction, splice requirement, roll label, carton marking, and pallet layout. For narrow rolls and die-cut parts, sample approval should include actual equipment testing. Liner lifting, adhesive ooze, matrix stripping, edge waving, telescoping, and feeding stability should be checked during the line trial so the bulk roll specification can be repeated reliably.
A double coated tape roll should be treated as a layered converting material. The carrier controls handling and dimensional stability. The adhesive controls bonding behavior. The release liner controls unwinding, liner removal, and waste stripping. Tissue paper is suitable for flexible bonding and general lamination, while PET film gives better dimensional stability for narrow slitting, accurate die cutting, and nameplate adhesive backing. Cloth carrier helps when stronger handling strength is needed. Transfer adhesive is suitable for thin bonding where no internal carrier is required. If any layer is mismatched, the roll may pass a hand test but fail during slitting, laminating, or die-cut part production.
Tissue is flexible and economical, PET is stable for slitting and die cutting, cloth adds handling strength, and transfer adhesive gives a thin carrier-free bond.
Yes. Roll materials can be supplied as slit rolls, die-cut sheets, or kiss-cut parts after drawing, tolerance, liner, and packing details are confirmed.
PET liner is often preferred for precision die cutting. Glassine or kraft works for general converting, while PE or PP may suit moisture or tear resistance needs.
Confirm substrate, carrier, adhesive system, liner, release force, roll width, core ID, winding direction, slit-width tolerance, peel adhesion, and planned equipment condition.
