High-performance self-adhesive label materials (paper / film / metallic) designed for bulk supply. With nearly 20 years of expertise, EEsyln supports brand owners, printers, and distributors with:
Sample testing & material selection guidance
Customized facestock, adhesive & liner solutions
Strict quality control & international certifications
Pressure-Sensitive label jumbo roll
Pressure-Sensitive label sheet
Pressure-Sensitive label roll for Inkjet/Laser/Indigo printing
Pre-cut Label Roll
A Pressure-Sensitive Label (PSL) — also known as a self-adhesive label — is made up of three functional layers, often called the “label sandwich”:
Facestock – the top printable surface (paper, film, or specialty materials) that carries the design or information.
Adhesive – the middle layer that bonds the label to the product surface, available in permanent, removable, repositionable, or specialty formulations.
Release Liner – the bottom backing paper or film that protects the adhesive until application.
Unlike traditional labels, pressure-sensitive labels are ready to use: simply peel from the liner and apply with light pressure. No heat, water, or additional activators are required — making them versatile, efficient, and cost-effective for mass labeling applications.
At EEsyln, we supply a wide range of pressure-sensitive facestock materials to match different printing technologies and end-use applications.
Cost-effective, highly printable, and available in matte, gloss, or textured finishes. Ideal for food packaging, retail labels, and general-purpose applications.
Durable, waterproof, and tear-resistant. Perfect for beverages, chemicals, and outdoor labeling where moisture, oil, or weather resistance is required.
Premium appearance with metallic shine for enhanced shelf impact. Commonly used in cosmetics, wine & spirits, and luxury branding.
Engineered for specific needs such as soft-touch matte, tamper-evident security labels, destructible films, or RFID integration for smart tracking.
| Type | Typical thickness / weight | Key properties | Typical applications |
|---|---|---|---|
| Uncoated paper (white) | 70–120 gsm | Cost-effective, excellent printability for conventional inks | General merchandise labels, inner pack labels, carton labels |
| Coated paper (gloss / matte) | 70–140 gsm | Improved color reproduction and ink holdout for CMYK printing | Food & beverage, high-quality retail labels |
| BOPP (PP film) | 30–60 µm | Waterproof, oil resistant, tear-resistant | Bottle labels, personal care, chemicals |
| PE film | 40–80 µm | Highly flexible, conforms to squeezable/soft containers | Squeezable bottles, pouches, flexible packaging |
| PET film | 36–75 µm | High temperature resistance, excellent dimensional stability, transparent options | Premium clear labels, outdoor / high-temperature applications |
| Metallized foil | 12–25 µm (metalized) | Metallic finish, high visual impact | Wine & spirits, cosmetics, premium packaging |
Units: µm = micrometer (micron); gsm = grams per square meter.
These ranges are guidance only — exact calipers/weights depend on supplier and coating. Always verify with a sample.
| Adhesive type | Key characteristics | Recommended substrates / scenarios |
|---|---|---|
| Acrylic (Acrylic-based) | Good long-term durability, UV & ageing resistance, wide temperature range | Glass, coated paper, many plastics; outdoor and long-life labels |
| Rubber-based | Very high initial tack (fast grab), cost-effective; lower long-term weathering than acrylic | Corrugated cartons, short-term shipping labels, indoor uses |
| High-tack acrylic | Formulated to adhere to low surface-energy plastics (PE / PP) | Plastic containers, polyethylene bottles, low-energy substrates |
| Freezer / low-temperature grade | Maintains adhesion at low temperatures and after freeze-thaw cycles | Frozen food packaging, cold chain logistics |
| Removable / repositionable | Clean removal without residue (designed peel behavior) | Promotional labels, temporary price labels, repositionable promotions |
| High-temperature / silicone-based (specialty) | Resists elevated temperatures or bonds to difficult substrates | Industrial parts, certain medical/industrial surfaces (specify case by case) |
Identify the target substrate (glass, PET, PE, painted metal, corrugated).
Define the service environment (indoor, outdoor, freezer, wet, chemical exposure).
Choose initial tack vs long-term shear depending on whether the label is temporary or permanent.
Request peel / tack / shear test samples for the exact substrate and process conditions.
| Liner type | Typical basis weight / thickness | Key properties | Typical use |
|---|---|---|---|
| Paper liner (semi-bleached / kraft) | 60–120 gsm | Cost-effective, easy to die-cut and punch; good for manual/medium-speed application | Hand application, low/medium speed labelers |
| Glassine (bleached paper) | 60–90 gsm | Smooth surface, good dimensional stability for printing | High-quality printed labels, converting |
| PET film liner (clear) | 50–100 µm | High tensile strength, excellent for high-speed automatic applicators and thin facestocks | High-speed roll-to-roll label lines, thin facestocks |
| Coated kraft / release papers | 70–120 gsm | Strong, economical, engineered release characteristics | General converting and die-cutting |
Choice criteria: pick paper liners for economical converting and perforation; choose film liners for high tension, high speed, or very thin facestocks.
Choose the right printing and post-processing method based on your order volume, design complexity, and desired finish.
| Requirement | Recommended Printing | Notes / Advantages |
|---|---|---|
| Small batches, multiple SKUs, variable data | Digital (UV / Water-based / Resin) | No plates required, flexible changes; ideal for barcodes, QR codes, serial numbers, and batch codes. |
| Large batches, uniform design | Flexo / Offset | Lower unit cost, high-speed production; best for standard, high-volume labels. |
| High-gloss or specialty effects | UV / Varnish / Lamination | Enhances scratch resistance, durability, and visual impact. |
| Short-to-medium batches with cost efficiency | Hybrid (Digital + Flexo) | Use Digital for variable elements and Flexo for repetitive backgrounds or graphics, balancing flexibility and cost. |
Additional Notes:
Digital printing allows rapid prototype testing and late-stage customization.
Flexographic printing excels in consistent color, fast throughput, and long runs.
Hybrid printing combines the strengths of both methods for optimal efficiency and quality.
Post-processing options like lamination, UV coating, or varnish can improve durability, scratch resistance, and premium appearance.
EEsyln pressure-sensitive labels are engineered to meet the unique demands of diverse industries. Each application emphasizes durability, print clarity, and adhesive performance, ensuring reliable results across different surfaces and environmental conditions.
Labels designed for cold-chain stability, oil and moisture resistance, and optional food-contact compliance. Ideal for bottles, jars, cartons, and pouches. Example: Beverage company applied BOPP labels with freezer-grade adhesive for chilled drinks, ensuring legible branding from factory to retail.
Labels offering traceability with batch codes, serial numbers, and barcodes, along with resistance to sterilization and cleaning agents. Example: Medical device supplier applied tamper-evident PS labels that survived autoclave sterilization without adhesive failure.
Labels crafted with premium facestock, metallic foils, and specialty finishes to enhance brand perception and shelf appeal. Designed for high-resolution printing, embossing, foil stamping, and lamination, these labels ensure a luxurious look while maintaining durability against moisture, condensation, and temperature changes. Example: A winery used metallized BOPP labels with UV coating and embossed logos on bottles, creating a striking shelf presence while ensuring the label stayed intact through cold storage and transport.
Durable labels for barcode, QR code, and inventory tracking, resistant to abrasion and rough handling. Suitable for paper or synthetic substrates. Example: Logistics company implemented PS labels on cardboard cartons and pallets, improving scanning accuracy and reducing misplacement.
Labels formulated with chemical resistance, high-temperature adhesives, and durable substrates for harsh environments. Example: Chemical drum labeling using high-tack BOPP with strong acrylic adhesive, remaining intact outdoors and in storage facilities.
High-resolution, decorative metallic or film facestock for premium appearance and shelf appeal. Supports embossing, lamination, or spot UV finishes. Example: Skincare brand used metallized foils with UV coating to enhance visual impact and prevent tampering.
A quick reference to help choose the optimal facestock and adhesive for your product surface and application.
| Target Surface | Recommended Facestock | Recommended Adhesive | Notes / Considerations |
|---|---|---|---|
| Smooth PET bottles | BOPP / PET film | High-Tack Acrylic | Ensures strong adhesion to low-energy, smooth surfaces; ideal for beverage and cosmetic bottles |
| Squeezable / extruded packaging | PE film | Flexible Acrylic or Rubber | Maintains flexibility for deformable surfaces; suitable for soft-pack products or squeeze bottles |
| Metal / Appliances | PET film / Aluminum foil | Weather-Resistant Permanent Acrylic | High adhesion for long-term outdoor or industrial use; withstands temperature variations and exposure |
| Cartons / Industrial packaging | Uncoated / Coated Paper | Standard Acrylic or Rubber (short-term) | Cost-effective solution for general shipping and retail cartons; removable options possible for temporary labeling |
| Frozen / Cold Chain Products | Cold-Resistant BOPP / PE | Freezer-Grade Adhesive | Maintains tack at sub-zero temperatures; suitable for frozen foods or refrigerated items |
All EEsyln Pressure-Sensitive Label Materials are manufactured under strict ISO-certified production systems. From facestock coating to adhesive application, slitting, and packing, every step is carefully controlled to ensure consistent adhesion, durability, and high-quality print performance.
Our PS labels comply with international standards, with certifications such as SGS, RoHS, and REACH, providing reliable quality assurance for global B2B buyers.
Nearly 20 years of manufacturing and export experience.
Reliable bulk supply for distributors, wholesalers, and printing companies in the United States
Flexible customization: facestock, adhesives, finishes, and sizes
Strict quality control with international certifications
OEM & ODM services with fast global delivery
Pressure-sensitive label material (PSL material) is a type of self-adhesive label stock that bonds to surfaces when light pressure is applied.
It does not require heat, water, or solvents for activation. Instead, it uses a built-in adhesive layer that adheres instantly upon contact with a surface.
Pressure-sensitive labels are widely used in modern packaging and industrial labeling because they are easy to apply, efficient, and compatible with automatic labeling systems.
Pressure-sensitive label material is typically composed of three functional layers:
Face material: The printable surface, made of paper or synthetic film (such as PP, PET, or PE)
Adhesive layer: The bonding layer that determines adhesion strength and application performance
Release liner (backing paper): A silicone-coated liner that protects the adhesive before application
This layered structure allows easy peeling, accurate application, and stable performance in different environments.
Pressure-sensitive labels are one of the most widely used labeling solutions across multiple industries.
Common applications include:
Product packaging and branding
Logistics and shipping labels
Food and beverage packaging
Cosmetics and personal care labeling
Industrial identification and asset tracking
Because they are easy to apply and compatible with high-speed labeling, they are widely used in both manual and automated production lines.
Pressure-sensitive labels offer different face material options depending on durability and application needs:
Paper face material: Cost-effective, suitable for general packaging and retail labeling
PP (polypropylene): Water-resistant and suitable for moisture-prone environments
PET (polyester): High durability, heat-resistant, and ideal for industrial or long-term labeling
PE (polyethylene): Flexible material, commonly used for squeeze bottles and soft packaging surfaces
Each material is selected based on environmental conditions such as water exposure, temperature, and surface flexibility.
Pressure-sensitive labels use different adhesive formulations depending on application requirements:
Permanent adhesive: Provides strong, long-term bonding for shipping, product packaging, and industrial use
Removable adhesive: Allows clean removal without leaving residue, ideal for temporary labeling or promotions
Freezer-grade adhesive: Designed for low-temperature environments such as frozen food packaging
High-temperature adhesive: Maintains adhesion under heat exposure, suitable for industrial processes
Choosing the correct adhesive is essential to ensure proper bonding performance under real application conditions.
Water resistance depends on both the face material and adhesive formulation used in pressure-sensitive labels.
Labels made from film materials such as PP (polypropylene) and PET (polyester) offer excellent water resistance and are suitable for humid or wet environments.
Paper-based pressure-sensitive labels are generally not waterproof unless specially coated.
For applications exposed to moisture, condensation, or outdoor conditions, film-based pressure-sensitive label materials are recommended.
Pressure-sensitive labels are designed to bond to a wide range of common packaging and industrial surfaces.
They can adhere effectively to:
Glass surfaces
Plastic containers
Metal packaging and equipment
Cardboard and corrugated boxes
Flexible packaging materials
Adhesion performance may vary depending on surface cleanliness, texture, and the type of adhesive used (permanent or removable).
Pressure-sensitive labels differ from traditional labeling methods in how they are applied.
Unlike heat-activated or water-activated labels, pressure-sensitive labels have a built-in adhesive layer that bonds instantly when light pressure is applied.
Key advantages include:
No heat, water, or solvent activation required
Faster and easier application process
Compatible with both manual and automatic labeling systems
Suitable for a wide range of packaging materials
This makes pressure-sensitive labels one of the most widely used labeling formats in modern packaging and logistics industries.
Yes. Pressure-sensitive label materials are designed to be compatible with multiple printing technologies.
Common printing methods include:
Flexographic printing (for large-scale production)
Digital printing (for short runs and customization)
UV printing (for high durability and outdoor resistance)
Offset printing (for high-quality graphics and branding)
The choice of printing method depends on production volume, design complexity, and required durability.
Yes. Pressure-sensitive labels can be used in outdoor environments when the correct materials are selected.
For outdoor applications, it is recommended to use:
Durable face materials such as PET or UV-resistant films
Weather-resistant or UV-stable adhesives
These materials help ensure resistance to sunlight, rain, temperature changes, and long-term environmental exposure, making them suitable for outdoor product labeling, industrial equipment, and logistics tracking.
Pressure-sensitive labels may fall off when the adhesive system is not properly matched to the application environment or surface condition.
Common causes include:
Incorrect adhesive selection for the substrate (e.g., plastic, glass, or low-surface-energy materials)
Contaminated surfaces such as dust, oil, or moisture
Environmental changes such as temperature fluctuations or high humidity
Use on low surface energy materials that reduce bonding strength
To ensure long-term adhesion, it is essential to select a proper adhesive type (permanent, removable, or specialty adhesive) based on real application conditions.
Selecting the correct pressure-sensitive label material requires evaluating both the application environment and performance requirements.
Key factors include:
Application surface (glass, plastic, metal, cardboard, or flexible packaging)
Environmental conditions (indoor use, outdoor exposure, or cold storage)
Exposure risks such as water, oil, chemicals, abrasion, or UV light
Required durability and service life
A proper material selection ensures stable adhesion, print performance, and long-term labeling reliability in real-world applications.
There is no single “best” material; the ideal choice depends on application requirements.
PET (polyester film): The most durable face material, offering excellent resistance to heat, water, chemicals, and tearing. Suitable for industrial and outdoor applications.
PP (polypropylene): The most commonly used material for general packaging, offering good water resistance and cost efficiency.
Paper materials: Suitable for cost-sensitive indoor applications with limited environmental exposure.
In summary, PET is preferred for high-performance applications, while PP is widely used for everyday packaging labeling.
Edge curling or lifting is typically a result of stress imbalance between the label material, adhesive, and application surface.
Common causes include:
Temperature fluctuations that affect adhesive stability
Incompatible adhesive type for the packaging material
Excess tension or deformation on flexible packaging surfaces
Poor bonding conditions during application (e.g., uneven pressure or dirty surface)
To reduce curling, it is important to select a compatible adhesive system and ensure proper surface preparation before application.
The main difference lies in bonding strength and removability.
Permanent adhesive: Designed for long-term or permanent bonding. Once applied, it is difficult to remove without damaging the label or surface. It is commonly used for shipping, product packaging, and industrial labeling.
Removable adhesive: Allows clean and easy removal without leaving residue or damaging the surface. It is ideal for temporary labeling, promotions, or reusable containers.
Choosing between the two depends on whether the label is intended for long-term identification or temporary use.
Pressure-sensitive labels may peel off over time when the adhesive system is not properly matched to the application environment.
Common reasons include:
Incorrect adhesive selection for the substrate or use case
Long-term exposure to temperature fluctuations, humidity, or UV light
Aging of adhesive performance under harsh environmental conditions
For long-term labeling performance, it is essential to select an adhesive that is specifically designed for the application surface and environmental conditions.
The most common cause of pressure-sensitive label failure is surface contamination before application.
Contaminants such as dust, oil, grease, or moisture can significantly reduce adhesive bonding strength, leading to poor adhesion or early label lifting.
To ensure reliable performance, the application surface should always be:
Clean
Dry
Free from oil or dust
Proper surface preparation is one of the most critical factors in achieving strong and durable label adhesion.
Yes, pressure-sensitive labels can be used on curved or irregular surfaces, but material selection is critical.
For best performance on curved surfaces, it is recommended to use:
Flexible face materials such as PE (polyethylene)
Adhesives with good conformability and tack performance
Flexible materials allow the label to better conform to the surface shape, reducing the risk of lifting, wrinkling, or edge separation.
Yes, in most modern packaging and industrial applications, pressure-sensitive labels are preferred over traditional glue-applied labels.
Key advantages include:
No need for glue, water, or heat activation
Faster and cleaner application process
Higher consistency in automated production lines
Reduced labor cost and application errors
Because of these benefits, pressure-sensitive labels have become the dominant labeling solution in logistics, retail, and manufacturing industries.
Industrial labels require specialized adhesives because they must perform under more extreme and variable conditions compared to standard labeling applications.
These conditions may include:
High or low temperatures
Chemical exposure (oils, solvents, cleaning agents)
Outdoor UV and weather exposure
Long-term durability requirements
Therefore, industrial applications often use engineered adhesive systems such as high-tack, high-temperature, or chemical-resistant adhesives to ensure stable and reliable performance.
EEsyln provides premium Pressure-Sensitive Label rolls and sheets worldwide, engineered for seamless printing and high adhesion performance. Our materials support digital, flexo, and hybrid printing, ensuring consistent results across paper, film, and foil facestocks. Contact us for bulk pricing, sample kits, and fast global delivery.
Looking for the perfect self-adhesive label for your product? Our team will help you choose the right facestock, adhesive, and release liner based on your product surface, environment, and application method. We can also coordinate with your printer to ensure your Pressure-Sensitive Labels are applied flawlessly, durable, and visually appealing.
SHANGHAI EESYLN NEW MATERIAL CO., LTD is a professional Manufacturer & Supplier specializing in self-adhesive label materials, which Located in Shanghai, China.
Add: No. 59 Shennan Rd, Minhang District, Shanghai, China
Email: info@eesyln.com
Copyright 2025 © EESYLN All Rights Reserved.
