Stickers Material Product
90mic Black Laser Etched Label Material

90mic Black Laser Etched Label Material

The 90μm laser-etched battery label is specially designed for high-precision and high-demand battery identification scenarios. It uses ultra-thin PET substrate (with a thickness of only 90 microns) and combines advanced laser etching technology to achieve clear, permanent and environmentally friendly surface marking of batteries. This label features outstanding high-temperature resistance, electrolyte corrosion resistance, chemical solvent resistance and strong mechanical shock resistance, perfectly meeting the long-term labeling requirements of lithium-ion batteries, power batteries, energy storage batteries and other harsh industrial environments.

Stickers Key Attributes

Goods Name
90mic Black Laser Etched Label Material

Surface Substrate

Material Name
Double Acrylic Face Paper
Color
Silver
Thickness
ISO534 110±3 μm
Gram Weight
ISO536 120±2 g/m2
Longitudinal Tensile Strength
≥160N/2.5CM
Transverse Tensile Strength
≥180 N/2.5CM

Stickers Adhesive

Adhesive Type
Acrylic
Dry Coating Weight(g/m²)
ISO536 60±2 gsm
Thickness
ISO534 25±2 μm

Release Paper

Material Name
Press Finish White Glasin
Release Force(g/in)
FTM3 5-10g
Color
White
Gram Weight
ISO536 120±3 g/m2
Thickness
ISO534 100±2 μm

Physical Test Data

Initial Tack
ASTM D3759 ≥7# ,Steel Ball#
Holding Power
FTM8 >24h Hour
Short-term High Temperature Resistance
250 °C
Long-term High Temperature Resistance
120 °C
Maximum Sticking Temperature
+40℃
Minimum Sticking Temperature
-10℃
Application Temperature
-10 ~+ 80℃

Package Size

Dimensions Standard Width
100mm/120mm
Dimensions Standard Length
300m
Core Size
Diameter 75mm
Joint
300M ≤1

About Stickers Goods Packing

Storage Temperature
-10℃-40℃
Storage
Keep indoor,airiness,avoiding high humidity and direct sunlight,can keep one year in room temperature & humidity.
Logistics
Use wrapping film, corrugated paper to wrap the product, and then use packing rope to secure the card.
Express
Use wrap film and foam wrap, then use corrugated paper to wrap the edge products.

Other Attributes

Applicable Laser
CO2, Nd:YAG, Yb:YAG
Signs Of Tampering
Yes
Chemical Resistance
Good
Moisture-proof
Good
Frost Prevention
-40 °C

Product Details

A leading supplier of specialty labels for industrial applications recently introduced a cost-effective alternative to laser marking, engraving or etching and found that polyphenylene sulfone (PPSU) films are suitable for Structobond labels for medical device and device applications. PPSU films are sandwiczed between layers of S+P Samson's epoxy material, a thin, tough strip with very good vapor and gamma-sterilization compatibility, strong chemical resistance, and high contrast of imprinted data for improved product identification and surgical instrument traceability.

The laser-etched label material is a specialty 2.4 mil matte black/white acrylic face paper coated with 1.2 mil 350 permanent acrylic adhesive on 55 pounds of dense craft paper board. Thin film label material, the laser can ablate the top layer of the double layer material to form a certain pattern. The same laser also allows labels to be semi-perforated to specific sizes, increasing the flexibility to manufacture a wide range of durable labels.

Double acrylic paper can be laser etched. Excellent temperature resistance, chemical resistance and environmental resistance. Good bonding properties on many substrates, including low surface energy plastics. The fragile face paper is easily removed after being attached to some substrate. UL and CSA certified laser marking paper used in nameplates has excellent durability, resistance to automotive chemicals and wear resistance.

  • Excellent adhesion to LSE plastic and rough powder coated surfaces. Chemical tolerance of automotive interiors
  • OwnLikes feature label products are very broad, with long-term durability and adhesion with automotive chemical resistance and outdoor durability. Some products are UL/CSA compliant and can be printed through flexographic or screen printing processes as well as thermal transfer, digital printing, inkjet, laser or dot matrix printing. Suitable for a variety of materials, including polyester, polypropylene, vinyl, and pharmaceutical paper or synthetic materials. For more information about specific products, see the Individual Product information page.
  • OwnLikes materials are first and foremost used in these major markets - automotive, electronics, medical devices, outdoor power equipment, healthcare, security, government, personal care, recreational vehicles, aerospace, transportation, packaging, foam manufacturing, and general industry.
  • Typical applications of OwnLikes feature tags include barcode tracking, track-and-trace, heat transfer labels, variable message printing (VIP), brand and description labels, warning labels, durable decals, surface protection and masking, laminating, UV protection, tamper-proof, destructible labels, invalidation messages, fraud reduction, laminating, bonding, and digital window graphics.

Product Name: 90-micron Laser Etched Fragile Anti-counterfeiting Label
Product Overview

The 90μm laser-etched battery label is specially designed for high-precision and high-demand battery identification scenarios. It uses ultra-thin PET substrate (with a thickness of only 90 microns) and combines advanced laser etching technology to achieve clear, permanent and environmentally friendly surface marking of batteries. This label features outstanding high-temperature resistance, electrolyte corrosion resistance, chemical solvent resistance and strong mechanical shock resistance, perfectly meeting the long-term labeling requirements of lithium-ion batteries, power batteries, energy storage batteries and other harsh industrial environments.

Core features and advantages

  • Extreme thinness and fragility (90 microns) :

With an astonishing thickness of only 90 microns (0.09 millimeters), it makes it one of the thinnest fragile labels on the market.

The substrate with a special formula has extremely low tensile strength and high brittleness. Once attempted to tear or remove, the label will immediately shatter into countless tiny, irrecoverable fragments, leaving a clearly visible "VOID" (invalid) or pre-set anti-counterfeiting text/pattern trace, forming irreversible physical damage evidence.

  • Laser etching printing technology

Permanent marking: The laser energy directly undergoes physical etching (burning/vaporization) on the surface of the label substrate, forming deep, clear and unerasable graphic and textual information (such as serial numbers, barcodes, QR codes, logos, text, etc.). No ink required, never fades, does not fall off, and is resistant to solvent wiping.

High precision and flexibility: Laser printing has extremely high precision and can easily achieve fine printing of complex graphics, tiny characters, and high-density barcodes, meeting various anti-counterfeiting coding requirements.

Environmentally friendly and pollution-free: The laser printing process does not produce chemical inks or volatile organic compounds (VOCs), meeting the requirements of green environmental protection.

Perfect compatibility with fragile substrates: The laser's energy control is precise, enabling clear printing on extremely thin and fragile materials without over-burning through or damaging their fragile properties.

  • Outstanding anti-counterfeiting and anti-transfer performance:

Physical anti-counterfeiting: The extreme fragility of the label material is the first line of defense. Any attempt to remove it will lead to physical damage to the label.

Visual anti-counterfeiting: Remove the remaining "VOID" characters or preset patterns to visually warn that they have been illegally opened or tampered with.

Information anti-counterfeiting: The information etched by laser (especially the unique serial number and QR code) can be combined with database query, APP scanning, etc. to achieve digital anti-counterfeiting verification, providing double protection.

  • Excellent initial stickiness:

Select special adhesives with strong adhesion and excellent weather resistance to ensure that the labels are firmly adhered to various common material surfaces (such as plastic, metal, glass, paper, etc.), and are not easily blown up or have their edges lifted. When torn off, the adhesive layer works in synergy with the fragile base material to jointly destroy it.

  • Professional application scenarios:

High-end electronic products: warranty seals for mobile phones, computers, cameras, etc., to prevent unauthorized disassembly and repair.

Instrument and meter calibration: Calibration seals for precision equipment and measuring instruments to ensure data reliability.

Brand anti-counterfeiting: Genuine product labels for high value-added products such as luxury goods, tobacco and alcohol, cosmetics, and medicines.

Anti-diversion management: Sealing labels on product packaging boxes, monitoring channel circulation, and preventing cross-regional sales.

Important documents/assets sealed: file folders, safes, asset labels, etc., to ensure they have not been opened without authorization.

Auto parts and industrial control equipment: anti-unsealing strips for key components and modules.

Other laser Etched Label Materials

Value proposition
Enhance security: Provide dual anti-counterfeiting measures combining physical and information, significantly raising the threshold and cost for counterfeiting and unauthorized distribution.

Protect brand value: Eliminate counterfeit, shoddy products and unauthorized disassembly and repair, and safeguard brand reputation and consumer trust.

Strengthen channel control: Effectively track the flow of goods, curb cross-selling behavior, and maintain market order.

Ensure the validity of evidence: Clear "VOID" traces provide strong physical evidence for accountability.

Durable and reliable: Laser etching information is long-lasting and adaptable to various storage and transportation environments.

Professional image: High-tech laser printing endows labels with an exquisite and high-end appearance, enhancing the overall image of the product.

Summary
90-micron laser etching and printing of fragile labels is the cutting-edge choice in the field of security and anti-counterfeiting. With its ultra-thin and fragile physical properties and the technological advantage of permanent laser etching, it has created an ultimate defense line that is almost impossible to be completely transferred or replicated. Choosing this label means investing the highest level of security in your products, assets and brand reputation, effectively deterring counterfeiting and unauthorized distribution, and safeguarding core values.

Key points that can be adjusted according to specific needs
Specific application: If the user's specific industry or product is known, the examples in the "Professional Application Scenarios" can be replaced or supplemented to make it more targeted.

Anti-counterfeiting features: If the label has additional anti-counterfeiting technologies (such as fluorescent marks, security threads, etc.), they can be added in the "Outstanding Anti-counterfeiting and Anti-Transfer Performance" section.

Customized information: It is emphasized that the LOGO, text, QR code, serial number rules, etc. can be customized.

Certification information: If there are relevant environmental protection or safety certifications (such as RoHS, REACH, etc.), you can join.

Packaging specifications: If it is necessary to specify the roll size, number of sheets, size range, etc., they can be supplemented at the end.

This description strives to be professional and clear, highlighting the unique selling points of the product (90mic ultra-thin + laser etching + fragile anti-counterfeiting).

E-mail:andy@ownlikes.cn
WhatsApp:ownlikes
Skype:ownlikes02@outlook.com
Phone:+86 13691762133