No-Residue PET Double-Sided Tape for Clean, Reliable Industrial Bonding

In modern manufacturing, assembly, and packaging operations, adhesive performance is measured by more than initial stickiness. A high-quality tape must bond securely, process smoothly, resist heat, maintain dimensional stability, and, in many applications, remove cleanly without contaminating the surface. The 6025R PET no-residue double-sided tape is designed for precisely these requirements. Built with a transparent PET carrier and a controlled adhesive system, it offers a balanced combination of removable performance on one side and stronger permanent adhesion on the other, making it suitable for applications that demand both secure fixing and clean release.

This tape belongs to the double-sided tape category and is especially valuable where surfaces must remain clean after removal. Compared with ordinary double-sided tapes that may leave adhesive stains, tear during removal, or lose holding power under stress, this PET-based no-residue tape provides dependable adhesion, stable shear resistance, and a refined surface finish. Its transparent appearance also supports neat assembly in visible or semi-visible applications.

Zhejiang Geruite Packaging Materials Co., Ltd. supplies this product as part of a broader portfolio of adhesive tapes, strapping bands, films, and packaging materials. With experience in industrial packaging tape, BOPP tape, kraft paper tape, masking tape, high-temperature resistant tape, metal tape, stretch film, PP strapping, and PET strapping, the company has developed manufacturing knowledge that supports consistent product quality. The production of a technical double-sided tape requires precise coating control, careful raw material selection, stable curing, accurate slitting, and strict inspection. These strengths allow the tape to serve customers in electronics, logistics, industrial assembly, household goods, construction decoration, and packaging protection.

Product Overview

The 6025R PET no-residue double-sided tape is a transparent double-sided adhesive tape based on a PET film structure. PET, or polyethylene terephthalate, is widely used in industrial tapes because it provides excellent dimensional stability, tensile strength, flatness, and resistance to deformation. Compared with paper-based carriers or foam-based carriers, PET film supports more precise thickness control and cleaner conversion during die-cutting, laminating, and assembly.

The key feature of this tape is its differentiated bonding behavior. One side is designed to be removable, with adhesion to steel plate typically between 5 and 10 N/24 mm after 20 minutes of placement. The other side is designed for stronger permanent bonding, with adhesion to steel plate of at least 10 N/24 mm. This combination gives manufacturers and installers flexibility: one surface can remain firmly attached to a component, label, panel, or protective accessory, while the removable side can be applied temporarily to another surface and later removed with minimal residue.

Its coating thickness is 0.095 mm with a tolerance of ±0.005 mm. This level of control is important for customers who require stable lamination, accurate spacing, or predictable die-cut dimensions. Excessive thickness variation can create assembly problems, uneven bonding pressure, visible edges, or inconsistent release behavior. A controlled coating thickness helps the tape perform reliably from roll to roll.

The tape also offers static shear force of at least 1440 minutes under the specified test condition of 24 mm by 24 mm bonding area, 1000 g load, and 5.76 cm² area. This shows that the tape is designed not only to stick at the moment of application but also to resist slow sliding under continuous load. In real applications, shear strength is essential when parts are mounted vertically, when tension exists in the bonded structure, or when the assembly may experience vibration, transportation movement, or handling stress.

The initial tack value is controlled at no more than 100 mm using the 14-degree steel ball inclined plane method. Initial tack indicates how quickly the adhesive can wet and grip a surface during first contact. Proper tack supports efficient assembly while avoiding excessive aggressive grab that could make positioning difficult. Temperature resistance is rated at 120°C, making the tape suitable for many industrial environments where ordinary adhesive tapes may soften, creep, or fail.

Technical Specification Table

Category	Test Item	Unit	Typical Value	Reference Standard
Physical Properties	Coating Thickness	mm	0.095 ± 0.005	GB/T7125-2014
Adhesion to Steel Plate	Removable Side, 180° Peel after 20 minutes	N/24 mm	5–10	GB/T2792-2014
Adhesion to Steel Plate	Permanent Side, 180° Peel after 20 minutes	N/24 mm	≥10	GB/T2792-2014
Holding Performance	Static Shear Force, 24 mm × 24 mm, 1000 g	min	≥1440	GB/T4851-2014
Initial Tack	14° Steel Ball Inclined Plane Method	mm	≤100	GB/T4852-2002
Thermal Performance	Temperature Resistance	°C	120	GB/T4851-2014
Appearance	Tape Color	—	Transparent	Visual Inspection
Release Material	Release Liner Color	—	White	Visual Inspection

Why PET Film Matters in Double-Sided Tape

The carrier material is one of the most important elements in any double-sided tape. It determines thickness stability, handling behavior, die-cut performance, dimensional control, and the ability of the adhesive layer to remain uniform. PET film is often preferred in demanding industrial tape applications because it resists stretching, shrinking, curling, and tearing better than many alternative substrates.

In comparison with tissue-based double-sided tapes, PET double-sided tape offers improved dimensional stability and better resistance to deformation during slitting and die-cutting. Tissue tapes can be economical and useful for lightweight applications, but they may tear more easily, absorb moisture, or show less consistent performance in precision assembly. PET supports cleaner edges and stronger film integrity.

In comparison with foam tapes, PET double-sided tape is thinner and more suitable where low profile bonding is required. Foam tapes are useful for gap filling and cushioning, but they may be too thick for fine assembly or visible edge applications. A PET film tape with a controlled coating thickness of around 0.095 mm can fit into compact designs, laminated structures, decorative elements, and temporary fixing systems without adding unnecessary bulk.

In comparison with some PVC or PE carrier tapes, PET provides higher heat resistance and better dimensional retention. This is relevant in applications involving drying processes, warm storage, sunlight exposure through glass, or nearby electronic components. The 120°C temperature resistance of this tape expands its usefulness in industrial processing conditions where ordinary low-temperature adhesives may not be stable enough.

Another advantage of PET is transparency. A transparent tape is valuable where the bond line should be visually discreet. It can be used for mounting transparent panels, attaching nameplates, fixing decorative films, laminating protective layers, and assembling components where a colored carrier would be undesirable. The visual cleanliness of the tape supports premium product appearance.

No-Residue Performance and Its Practical Value

No-residue removal is more than a convenience. In many manufacturing and packaging environments, adhesive residue can create costly rework. Residue may require manual cleaning, solvents, scraping, or replacement of components. It can also attract dust, interfere with painting, reduce optical clarity, damage sensitive surfaces, or contaminate production lines.

The removable side of the 6025R PET no-residue double-sided tape is designed to maintain controlled adhesion while allowing clean removal from suitable surfaces. Its adhesion level of 5–10 N/24 mm provides enough grip for temporary fixing, positioning, protection, or assembly assistance, while reducing the risk of aggressive bonding that may leave adhesive behind. This balance is particularly useful in applications where products must be shipped, displayed, processed, or stored with temporary components attached.

For example, a manufacturer may need to attach a protective pad, fixture, or temporary label to a product surface during transportation. A conventional double-sided tape may hold well but leave adhesive residue when removed by the end user. A low-quality removable tape may remove cleanly but fail during shipment. The value of this PET no-residue tape lies in balancing both needs: reliable holding and clean release.

No-residue behavior depends not only on the tape but also on the surface condition, material type, application pressure, dwell time, temperature, and removal angle. Smooth, clean, high-energy surfaces usually provide more predictable performance than rough, dusty, oily, or low-energy surfaces. For critical applications, testing under real operating conditions is recommended. However, the tape’s controlled peel strength and PET carrier structure provide a strong foundation for clean and reliable removal.

Removable and Permanent Adhesion in One Tape

One of the strongest advantages of this product is the asymmetric adhesive design. Many double-sided tapes use the same adhesive on both sides, which means both sides behave similarly. That may be acceptable for simple bonding, but it limits application flexibility. The 6025R PET no-residue double-sided tape offers one removable side and one permanent side, enabling more controlled bonding strategies.

The permanent side, with adhesion to steel plate of at least 10 N/24 mm, is suitable for firm attachment to a component that should remain bonded. This could include a plastic part, metal nameplate, decorative trim, fixture, protective cover, or industrial accessory. Once applied, the stronger side helps maintain the tape’s position and prevents separation during use.

The removable side, with adhesion to steel plate of 5–10 N/24 mm, can then be attached to the target surface for temporary mounting or semi-temporary use. When removal is required, the tape is intended to peel away more cleanly than conventional permanent double-sided tapes. This structure reduces the need for separate temporary adhesives, mechanical fasteners, or cleaning processes.

This dual-function design can simplify inventory management. Instead of purchasing one permanent tape and one removable tape for different production steps, customers may use a single engineered tape for applications requiring both functions. It can also reduce assembly mistakes, because the tape’s construction is designed for a defined purpose rather than relying on operators to combine multiple materials manually.

Compared with competitor products that claim removability but lack sufficient shear holding power, this tape delivers at least 1440 minutes of static shear resistance under specified conditions. Compared with aggressive permanent tapes that are difficult to remove cleanly, it offers a controlled removable side. Compared with low-cost tapes with inconsistent coating, its thickness tolerance and tested properties support repeatable industrial performance.

Core Advantages Over Ordinary Double-Sided Tapes

Clean Removal With Reduced Surface Contamination

Ordinary double-sided tapes often leave adhesive residue, especially after aging, heating, or long dwell time. Residue may be difficult to remove and can damage delicate surfaces. The no-residue removable side of this PET tape is engineered to reduce that problem, helping users save time and protect product appearance.

Stable PET Carrier for Precision Applications

Paper, tissue, and low-grade film carriers may stretch, tear, or deform during conversion. PET film provides improved dimensional stability, making the tape suitable for slitting, die-cutting, laminating, and accurate placement. This is especially important for electronics, decorative components, and industrial assemblies where tolerances matter.

Balanced Adhesion Instead of Excessive Stickiness

High adhesion alone is not always an advantage. If a tape bonds too aggressively, it may damage surfaces or cause residue. If adhesion is too low, it may fail during handling. This product uses a balanced adhesive design: 5–10 N/24 mm on the removable side and at least 10 N/24 mm on the permanent side. The result is controlled performance rather than uncontrolled stickiness.

Strong Static Shear Resistance

A tape may show good peel adhesion but still fail under sustained load if shear strength is weak. The static shear value of at least 1440 minutes demonstrates dependable holding capacity. This is valuable for mounted parts, vertical surfaces, transportation stability, and applications exposed to continuous stress.

Heat Resistance Up to 120°C

Heat can soften adhesive, reduce cohesion, and increase residue. The tape’s 120°C temperature resistance makes it more suitable than many general-purpose tapes for warm processing, storage, or operating environments. It can support applications where moderate heat exposure is expected.

Transparent Appearance for Clean Design

Visible tape edges or colored adhesive layers can reduce the perceived quality of finished products. The transparent tape construction supports clean visual integration with components, packaging, panels, and decorative materials. The white release liner also helps operators identify and handle the tape during processing.

Applications in Industrial Assembly

Industrial assembly often requires temporary or permanent bonding solutions that are cleaner and faster than screws, rivets, liquid glue, or mechanical clips. The 6025R PET no-residue double-sided tape can be used in assembly processes where fast positioning, low profile bonding, and clean removal are required.

In appliance manufacturing, it may be used for attaching temporary protective elements, nameplates, decorative strips, internal cushioning materials, or assembly guides. The transparent carrier and controlled thickness help preserve appearance, while the permanent side can remain attached to an auxiliary component.

In electronics manufacturing, the tape may help fix insulation sheets, protective films, lightweight modules, display accessories, or temporary processing aids. Electronics assembly often values thin materials, clean edges, residue control, and stable performance. The PET carrier supports die-cutting into precise shapes, while the no-residue characteristic helps protect sensitive surfaces during production.

In automotive and transportation-related manufacturing, temporary mounting tapes can be used during interior trim processing, protective film installation, component positioning, or packaging before shipment. Because vehicles and transportation components may experience temperature fluctuation, the tape’s 120°C temperature resistance and shear strength are meaningful advantages.

In construction decoration and building material processing, the tape may be used for temporary installation, panel protection, sample display, or decorative material positioning. Clean removal is especially important on glass, metal, coated panels, and decorative surfaces where residue could affect customer satisfaction.

In logistics and packaging, the tape can help secure temporary labels, protective sheets, corner guards, or display elements without leaving contamination after removal. Packaging operations benefit from products that are easy to apply, consistent in roll form, and suitable for fast manual or semi-automatic use.

Applications in Packaging and Protection

Packaging is not only about closing cartons. Advanced packaging also includes product protection, temporary fixation, transportation stabilization, anti-scratch layers, cushioning support, and display preparation. A no-residue double-sided tape can play a valuable role in these functions.

During shipment, products may need internal components to remain in position. Loose items can scratch, collide, or shift inside packaging. Mechanical fixtures may increase cost, and liquid adhesives may be messy or permanent. A double-sided tape with one removable side can secure protective pads or supports while allowing the customer to remove them cleanly after delivery.

For high-value goods, clean presentation matters. Residue on glass, plastic, metal, or painted surfaces can create a negative impression even if the product itself is undamaged. Using a tape designed for clean removal helps maintain the quality of the unboxing experience and reduces post-delivery complaints.

In retail display packaging, temporary attachment is often needed for samples, accessories, or demonstration parts. The tape’s transparent body makes it less visible, while the controlled adhesive behavior supports reliable display without excessive mess during removal.

Because Zhejiang Geruite Packaging Materials Co., Ltd. also manufactures packaging tapes, films, and strapping materials, the company understands how adhesive products interact with broader packaging systems. This manufacturing background supports the development of tapes that fit real logistics and packaging requirements rather than only laboratory conditions.

Manufacturing Process and Quality Control Strengths

Producing a high-performance PET double-sided tape requires much more than applying adhesive to film. It involves material evaluation, adhesive formulation, coating accuracy, drying and curing control, lamination, winding tension management, aging, slitting, packaging, and inspection. Each step affects final tape performance.

The process begins with raw material selection. PET film must have suitable tensile strength, surface smoothness, thickness consistency, and compatibility with adhesive coating. Adhesive materials must provide the intended balance of peel adhesion, tack, cohesion, removability, heat resistance, and aging stability. Release liner selection is also important because liner release force must allow smooth unwinding and easy application without premature separation.

Coating is one of the most critical steps. The adhesive layer must be applied uniformly across the full web width. Uneven coating can lead to inconsistent peel force, weak areas, residue risk, or appearance defects. The specified coating thickness of 0.095 ± 0.005 mm reflects the importance of precision. A well-controlled coating line helps ensure that customers receive stable performance from the beginning to the end of each roll.

Drying and curing conditions must be managed carefully. If the adhesive is under-dried, residual solvent or moisture may affect bonding, odor, stability, or residue. If over-dried or overheated, adhesive properties may change, reducing tack or flexibility. Advanced manufacturing operations use controlled temperature zones, web speed adjustment, and process monitoring to create stable adhesive properties.

Lamination must combine the PET film, adhesive layers, and release liner without wrinkles, bubbles, contamination, or tension imbalance. Poor lamination can create visual defects, uneven release, curling, or conversion problems. Controlled winding tension is also necessary. If rolls are wound too tightly, adhesive may flow or liner impressions may occur. If wound too loosely, telescoping, edge damage, or storage instability may result.

Slitting is another area where manufacturing quality becomes visible. Clean slit edges reduce dust, improve appearance, and help customers process the tape smoothly. For die-cut converters and automated assembly users, edge quality and roll consistency are essential. Zhejiang Geruite’s experience with multiple adhesive tape categories supports disciplined converting practices and stable roll preparation.

Quality control includes testing physical properties, peel adhesion, static shear, initial tack, temperature resistance, appearance, and liner condition. Standards such as GB/T7125-2014, GB/T2792-2014, GB/T4851-2014, and GB/T4852-2002 provide structured methods for evaluating performance. By aligning product data with recognized test methods, the company helps customers compare properties and make informed material decisions.

Company Manufacturing Advantages

Zhejiang Geruite Packaging Materials Co., Ltd. is located in Zhejiang Province, China, a region known for developed manufacturing infrastructure, supply chain resources, and industrial production experience. This location supports efficient access to raw materials, skilled labor, transportation networks, and packaging industry expertise.

The company focuses on research, development, production, and sales of high-performance tapes and packaging materials. Its product range includes BOPP tapes, kraft paper tapes, masking tapes, high-temperature resistant tapes, metal tapes, PE stretch film, PP strapping, and high-strength PET strapping. This broad portfolio creates valuable cross-category manufacturing knowledge. For example, experience with high-temperature tapes supports understanding of adhesive heat resistance; experience with packaging tapes supports large-scale coating and slitting efficiency; experience with strapping and film supports quality control in packaging protection systems.

Quality is treated as a central operating principle. From raw material procurement to production and final inspection, the company emphasizes stable product performance. This is essential for industrial customers who cannot afford unpredictable tape behavior. A tape that works in one batch but fails in the next can cause production delays, customer complaints, and material waste. Consistency is therefore a major competitive advantage.

The company’s annual output value has reached over RMB 60 million, demonstrating production capacity and market recognition. Scale is important because industrial customers often require dependable supply, repeat orders, and stable lead times. A supplier with developed manufacturing systems is better positioned to support wholesale customers, converters, distributors, and end users.

Another strength is the company’s orientation toward practical packaging solutions. Instead of offering adhesive tape as an isolated product, the company understands how tapes interact with films, strapping bands, cartons, surfaces, storage conditions, and transportation environments. This broader perspective helps in recommending suitable materials and improving product design for real-world use.

Surface Compatibility and Application Guidance

To achieve optimal performance, users should apply the tape to clean, dry, and stable surfaces. Dust, oil, moisture, mold release agents, and loose coatings can reduce adhesion or increase residue risk. Before application, surfaces should be wiped or cleaned according to the requirements of the material being bonded.

Application pressure is important. Pressure allows the adhesive to wet the surface and develop contact area. Insufficient pressure may produce weak bonding, while excessive pressure on delicate materials may cause deformation. A roller, press, or firm manual pressure can help ensure consistent adhesion.

Dwell time also affects bonding performance. The specification measures peel adhesion after 20 minutes of placement, but many pressure-sensitive adhesives continue to build adhesion over time. For removable applications, users should evaluate whether long dwell time, heat, or exposure conditions affect removal behavior on the chosen surface.

The recommended removal technique is slow peeling at a controlled angle. Sudden pulling, high-speed removal, or sharp angles may increase stress on the surface or adhesive layer. For delicate surfaces such as painted coatings, decorative films, or plastics, testing is especially important.

Temperature during application should be considered. Very low temperatures may reduce initial tack because adhesives become less flexible. High temperatures may increase adhesive flow. While the tape resists temperatures up to 120°C, application and removal conditions should still be matched to the surface and purpose.

Low surface energy materials such as polyethylene, polypropylene, silicone-treated surfaces, and some powder-coated finishes can be difficult for many adhesives. If the tape is intended for such surfaces, testing should be performed. Surface treatment, primer, or alternative adhesive design may be required for the most challenging materials.

Comparison With Common Competing Solutions

Compared With Ordinary Permanent Double-Sided Tape

Permanent double-sided tapes usually provide strong adhesion on both sides, but they are not designed for clean removal. When removed, they may tear, leave residue, or damage the bonded surface. The 6025R PET no-residue double-sided tape offers a more specialized solution by combining a stronger permanent side with a removable side. This makes it better for applications where one component should stay bonded while the opposite surface should remain clean after removal.

Compared With Low-Cost Tissue Double-Sided Tape

Tissue tapes are widely used because they are economical and easy to tear by hand. However, they may lack the film strength, thickness stability, and clean converting performance needed for precision applications. PET film improves structural stability, making the tape more suitable for die-cutting, smooth lamination, and neat assembly.

Compared With Foam Double-Sided Tape

Foam tapes provide cushioning and gap filling, but they are thicker and may be visible at bond lines. They may also compress under load. The PET no-residue tape is thinner, cleaner, and more suitable for low-profile bonding. It is not intended to replace foam where cushioning is needed, but it is superior where thin, transparent, controlled adhesion is required.

Compared With Liquid Adhesives

Liquid adhesives may require curing time, dispensing equipment, drying space, and cleanup. They may also be difficult to remove. Double-sided tape provides immediate handling strength, consistent thickness, and cleaner application. For temporary or semi-temporary uses, the no-residue feature offers a major advantage over liquid bonding.

Compared With Mechanical Fasteners

Screws, clips, and rivets can provide strong mechanical attachment, but they add weight, require holes, increase assembly steps, and may affect appearance. Double-sided tape offers hidden bonding and faster application. For lightweight components and temporary fixation, it can reduce labor and preserve surface integrity.

Importance of Standardized Testing

Technical tape selection should be based on measurable data, not only visual inspection or hand-feel. Peel adhesion, static shear, initial tack, thickness, and temperature resistance all describe different aspects of performance. A tape with high tack may not have strong shear. A tape with high peel may not remove cleanly. A tape with good room-temperature performance may fail under heat.

The 6025R PET no-residue double-sided tape is specified using recognized Chinese national standards. GB/T7125-2014 provides a basis for thickness measurement. GB/T2792-2014 is used for peel adhesion evaluation. GB/T4851-2014 supports static shear testing and heat-related holding evaluation. GB/T4852-2002 is used for initial tack testing with the inclined ball method.

For industrial customers, standardized testing supports incoming inspection, supplier comparison, quality documentation, and process validation. It also reduces misunderstanding between buyer and supplier because performance values are linked to defined methods. When customers evaluate this tape against competitors, they should compare not only claimed values but also test conditions, surface preparation, dwell time, load, temperature, and sample conditioning.

Storage, Handling, and Conversion

Proper storage helps maintain tape performance. Rolls should be stored in a clean, dry environment away from direct sunlight, high humidity, dust, and extreme temperature. The release liner should remain intact before use to protect the adhesive surface from contamination.

During handling, operators should avoid touching the adhesive with bare hands, because skin oil and dust can reduce adhesion. Rolls should be protected from edge damage, which may affect unwinding and slitting. If the tape is die-cut, the cutting tools should be sharp and properly adjusted to avoid adhesive dragging, liner cutting problems, or rough edges.

The PET carrier supports conversion into rolls, sheets, strips, pads, and die-cut shapes. This makes the tape suitable for customers who need customized adhesive parts for assembly lines. Die-cut pieces can improve productivity by reducing manual cutting and ensuring consistent shape. The white release liner can also help operators identify parts during application.

When used in automated processes, unwinding tension and liner release force should be matched to equipment conditions. Excessive speed or poor tension control may cause stretching, misalignment, or liner separation. Customers using automatic applicators should conduct line trials to confirm compatibility.

Sustainability and Process Efficiency Considerations

Although adhesive tapes are often small components in a larger product, they can influence material efficiency and waste reduction. A tape that removes cleanly can reduce cleaning solvents, scrap parts, rework labor, and customer returns. A tape with stable quality can reduce process interruptions and material rejection.

Compared with liquid adhesives, double-sided tape may reduce curing energy, drying time, and adhesive waste from over-application. It also supports cleaner workstations and more predictable material usage. Compared with mechanical fasteners, it may reduce the need for drilling, extra hardware, or surface modification.

The tape’s controlled thickness helps avoid excessive material use while still delivering performance. Its PET film carrier contributes to durability and conversion efficiency. When selected correctly, a high-performance tape can support lean manufacturing by simplifying assembly steps and reducing unnecessary handling.

Purchasing Considerations for Industrial Users

When selecting a no-residue PET double-sided tape, customers should evaluate application purpose, surface materials, load requirements, temperature exposure, dwell time, removal expectations, and conversion format. The tape should be tested under real conditions rather than only in a laboratory or office environment.

Customers should also consider supplier capability. A technical adhesive tape is only as reliable as the manufacturing system behind it. Stable coating, consistent raw materials, controlled slitting, and documented inspection all influence final performance. Zhejiang Geruite Packaging Materials Co., Ltd. supports customers with manufacturing experience across packaging tapes and related materials, helping provide stable supply and professional service.

For wholesale and industrial buyers, communication with the supplier is important. Details such as roll width, roll length, core size, packaging method, liner type, application surface, and required delivery schedule should be confirmed. If the tape will be converted by die-cutting, the converter should verify liner release, adhesive flow, and cutting performance.

Because the product is transparent with a white release liner, it is convenient for many general industrial uses. However, if customers need special dimensions or application-specific requirements, customization discussions may help optimize performance.

Frequently Asked Questions

What is the main benefit of this PET no-residue double-sided tape?

The main benefit is its combination of clean removable performance and reliable bonding strength. One side is designed to remove more cleanly from suitable surfaces, while the other side provides stronger permanent adhesion. This makes it useful for temporary mounting, product protection, assembly assistance, and applications where residue reduction is important.

Why does the tape use a PET carrier?

PET film provides dimensional stability, tensile strength, smoothness, and heat resistance. It supports precision coating, clean slitting, die-cutting, and low-profile bonding. Compared with tissue or paper carriers, PET is more stable and less likely to tear or deform during processing.

What is the coating thickness of the tape?

The typical coating thickness is 0.095 mm with a tolerance of ±0.005 mm. This controlled thickness helps ensure stable performance, neat appearance, and reliable conversion.

How strong is the removable side?

The removable side has adhesion to steel plate of 5–10 N/24 mm after 20 minutes of placement, based on a 180-degree peel test according to GB/T2792-2014. This range is designed to provide useful holding power while supporting cleaner removal.

How strong is the permanent side?

The permanent side has adhesion to steel plate of at least 10 N/24 mm after 20 minutes of placement. It is intended for stronger attachment to the component or material that should remain bonded.

Can the tape withstand heat?

Yes. The tape has temperature resistance of 120°C under the stated testing reference. This makes it more suitable than many ordinary general-purpose tapes for applications involving moderate heat exposure.

Does the tape always remove without residue from every surface?

No adhesive tape can guarantee identical removal behavior on every surface. Surface material, cleanliness, texture, coating strength, temperature, dwell time, and removal method all influence results. Testing on the actual surface and under real use conditions is recommended, especially for delicate, painted, coated, or low surface energy materials.

Is the tape suitable for die-cutting?

Yes. The PET carrier and controlled thickness make it suitable for die-cutting, slitting, laminating, and conversion into custom shapes. Customers should still conduct conversion trials to confirm tool settings and liner handling.

What industries can use this tape?

It can be used in industrial assembly, electronics, packaging protection, logistics, appliance manufacturing, construction decoration, display packaging, and temporary mounting applications. It is especially useful where a clean surface must be preserved after removal.

What makes this tape different from ordinary double-sided tape?

Ordinary double-sided tape often has the same adhesive on both sides and may leave residue when removed. This tape has a functional dual-side design, with one removable side and one permanent side. It also uses a PET carrier, offers controlled thickness, provides strong static shear performance, and resists temperatures up to 120°C.

How should the tape be applied for best results?

Apply it to a clean, dry surface using firm, even pressure. Avoid touching the adhesive. Allow sufficient dwell time for adhesion to develop. For critical uses, test the tape under real operating conditions before full-scale production.

Who manufactures and supplies this product?

Zhejiang Geruite Packaging Materials Co., Ltd. manufactures and supplies adhesive tapes, packaging tapes, films, PP strapping, PET strapping, and related packaging materials. The company is based in Hangzhou City, Zhejiang Province, China, and focuses on quality control, production stability, and packaging material solutions.

Conclusion

The 6025R PET no-residue double-sided tape is a practical and technically balanced adhesive solution for customers who need clean removal, stable bonding, and precise tape construction. Its transparent PET carrier supports neat appearance, dimensional stability, and conversion efficiency. Its asymmetric adhesive design provides a removable side with 5–10 N/24 mm adhesion and a permanent side with at least 10 N/24 mm adhesion, offering flexibility that ordinary double-sided tapes often cannot provide.

With a controlled coating thickness of 0.095 ± 0.005 mm, static shear force of at least 1440 minutes, initial tack of no more than 100 mm, and temperature resistance of 120°C, the tape is suitable for many industrial, packaging, electronics, decoration, and protection applications. It helps reduce residue-related rework, supports clean product presentation, and simplifies assembly where temporary and permanent bonding functions are both needed.

Behind the product is the manufacturing capability of Zhejiang Geruite Packaging Materials Co., Ltd., a packaging materials supplier with broad experience in adhesive tapes, films, and strapping products. Through raw material control, precision coating, careful lamination, clean slitting, and standardized inspection, the company provides customers with stable quality and practical packaging solutions. For buyers seeking a high-performance PET double-sided tape that offers advantages over ordinary tapes, this no-residue product provides a strong combination of reliability, cleanliness, and manufacturing value.

References

GB/T7125-2014, Test Method for Thickness of Adhesive Tapes.

GB/T2792-2014, Measurement of Peel Adhesion Properties for Pressure-Sensitive Adhesive Tapes.

GB/T4851-2014, Test Method for Holding Power of Pressure-Sensitive Adhesive Tapes.

GB/T4852-2002, Test Method for Initial Tack of Pressure-Sensitive Adhesive Tapes by Rolling Ball.

Satas, D., Handbook of Pressure Sensitive Adhesive Technology, Pressure Sensitive Tape Council.

Petrie, E. M., Handbook of Adhesives and Sealants, McGraw-Hill Education.

Pressure Sensitive Tape Council, Pressure Sensitive Adhesive Tape Performance and Application Guidelines.

Product: 6025R PET No residue double-sided tape