Industrial supplier of engraved plastic labels

Engraved plastic labels offer a lightweight, insulating, and cost-effective solution for industrial identification, without compromising readability. Whether you need two-layer ABS, acrylic, or laminate, we'll guide you in selecting the material and engraving technique best suited to your needs and production volumes.

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Your rigid labels, incorporating variable data and barcodes, are produced in series of 50 to 10,000 pieces thanks to expertise mastered since 1997.

Zero re-entry, zero errors, and consistent quality from the first to the last engraved label.

The recommended material/technique combination for engraving your labels in series

Environment & usage	Recommended material	Marking technique	Justification
Standard interior (Electrical cabinets, main distribution board)	Bi-layer ABS (Type Gravoply™ 1)	CO₂ Laser Engraving (Layer removal)	The laser beam vaporizes the top layer (0.08mm) without contact. The ABS ensures complete electrical insulation for compliance of live areas.
Outdoor / UV / Marine (Site signage, valves)	Two-layer acrylic (Gravoply™ Ultra type)	Laser or Mechanical Engraving	Unlike ABS, the acrylic base has molecular stability against UV light. It does not yellow or develop micro-cracks (QUV ISO 4892 test > 10 years).
Heavy industry (Dust, paint risk)	Thick acrylic (1.6mm+) or Phenolic	Mechanical Engraving (Carbide cutter)	The tool physically cuts into the material (depth > 0.3mm). The marking remains legible by tactile relief even if the label is accidentally covered with paint or grease.

Our industrial compliance process

As an ISO 9001 certified industrial supplier, we guarantee strict compliance with the color codes and standards of your sector:

Pipe identification (NFX 08-100 standard) : We engrave labels in standardized colors (e.g., green background / white text for water, yellow background / black text for gas) to ensure the safety of your installations.
Electrical Safety : “Electrical Danger” labels in yellow/black or push button plates (diameter 22mm or 30mm).
Industrial fastening :
- Adhesive : We apply a 3M 467MP adhesive to the back (acrylic transfer adhesive), known for its polymerization which increases adhesion over time on smooth metal surfaces.
- Mechanics : Drilling holes (diameter 2mm to 4mm) for fixing with rivets or screws.

Next step for putting your plastic labels into production

Simply send us your Excel file (Column A: Text, Column B: Color, Column C: Quantity). Our design office will handle the direct data import to guarantee 0% data entry errors and complete compliance with your plans.

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Recommendations for use:

	Engraved plastic labels
	Dual-layer ABS (Gravoply type)	Bi-layer acrylic (PMMA / UV stable)	Phenolic / laminate (heavy-duty)
UV resistance	•••	•••	•••
Chemical Resistance	•••	•••	•••
Corrosion resistance	NA	NA	NA
Abrasion Resistance	•••	•••	•••

These usage recommendations regarding the strength and durability of our products do not engage our responsibility. Depending on the constraints to which our products will be subjected, we advise you to carry out tests adapted to your use.

Technical guidelines: For standard indoor use, two-layer ABS (such as Gravoply) is a proven solution. For outdoor applications and UV exposure, a more stable acrylic base (PMMA) is recommended. In heavy industry (dust, friction, paint risk), a thicker or phenolic material, mechanically etched, maximizes durability.

Color chart:

Color	Label
	White/black engraving
	Red/white engraving
	Dark blue/white engraving
	Black/white engraving
	Yellow/black engraving
	Light blue/white engraving
	Silver/black engraving
	Dark green/white or black engraving
	Dark gray/black engraving
	Gold/black engraving

Examples of achievements

FAQ

For durable outdoor marking, should Gravoply (ABS) or Acrylic be preferred?

Acrylic (e.g., Gravoply Ultra™ or TroLase) is essential. Standard ABS is chemically unstable under UV light and becomes brittle in less than two years. Two-layer acrylic has a molecular structure that guarantees an outdoor durability of over 10 years without delamination or yellowing of the cap layer.

Do your engraved labels comply with the standardized color codes for piping (NF X 08-100)?

Yes, we stock plastic labels compliant with regulated fluids: Green Background/White Text (Water), Yellow Background/Black Text (Gas), Red Background/White Text (Fire). The engraving process ensures that the fluid identification remains legible even if the label is accidentally painted over or abraded.

What is the temperature limit for a two-layer plastic label in an industrial environment?

The reliable operating temperature limit is 80°C for ABS and acrylic. Above this temperature (motors, ovens, steam), the plastic deforms. For these critical areas, we strongly recommend switching to anodized aluminum or engraved stainless steel to guarantee the integrity of the marking.

What is the manufacturing lead time for an urgent batch of identification labels (e.g., maintenance shutdown)?

For standard references held in stock (ABS / Acrylic – Yellow/Black, White/Black, Red/White background), orders of less than 500 pieces are shipped within 48 to 72 hours.

For industrial series exceeding 1,000 pieces or specific materials not held in stock, the standard manufacturing cycle is 8 to 10 working days.

Technical note: the immediate provision of a formatted Excel file for variables (Reference / Text) allows for an acceleration of production by approximately 24 hours.

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What material should be chosen for a durable industrial label?

In industry, a label is more than just a means of conveying information. It plays a key role in traceability, safety, and compliance of facilities. Using an unsuitable material can lead to rapid degradation of the marking, loss of legibility, and ultimately, operational risks.

The choice of material must therefore be guided by the actual environmental constraints: UV exposure, presence of chemicals, temperature variations, friction, and humidity. A durable industrial label is first and foremost a label suited to its intended use.

Bi-layer ABS: the economical solution for indoor environments

Bi-layer ABS is one of the most widely used materials for engraved plastic labels. It consists of two layers of different colors: the engraving process removes the top layer to reveal a sharp and permanent contrast.

This material is particularly recommended for electrical cabinets, distribution boards, or indoor equipment labeling. It offers excellent readability, good abrasion resistance, and a controlled cost, making it a strategic choice for mass production.

However, prolonged exposure to UV light can alter its properties. It is therefore best to reserve it for protected environments.

Acrylic (PMMA): the standard for labels exposed to UV light

When labels need to be installed outdoors or in brightly lit areas, acrylic—often called PMMA—is a more effective alternative. Its molecular stability allows it to withstand UV radiation over time without yellowing or cracking.

Combined with laser or mechanical engraving, this material guarantees precise and durable marking, even after several years of exposure. It is particularly well-suited for site signage, outdoor technical equipment, or installations exposed to the elements.

Investing in a UV-stable material helps limit replacements and reduce maintenance costs.

Laminated or phenolic: for the most demanding industrial environments

In heavy industry settings — dust, splashes, intensive cleaning or risk of repainting — laminated or phenolic materials offer a superior level of resistance.

Mechanical engraving cuts deep into the material, creating a marking that is often perceptible to the touch. Even if the surface is damaged, the information remains identifiable. This robustness makes it a preferred solution for intensive production sites, chemical zones, or heavily used facilities.

How to choose the ideal material for your industrial labels?

The right choice hinges on a simple analysis: matching the material's performance to the actual level of stress. For standard indoor use, two-layer ABS meets most needs. As soon as UV exposure becomes a critical factor, acrylic is the obvious choice. Finally, for extreme environments, laminates guarantee maximum durability.

Beyond the material, the quality of the engraving and the manufacturing process also plays a crucial role in the longevity of the marking. A well-designed industrial label represents a lasting investment, capable of securing your equipment and improving the overall reliability of your operations.

Laser or mechanical engraving: which technique is best for your plastic labels?

Choosing between laser engraving and mechanical engraving is a crucial step in ensuring the durability and legibility of your industrial plastic labels. Each technique has its advantages and must be selected based on the operating environment, the level of stress, and the expected lifespan.

An industrial label must remain perfectly legible despite rubbing, cleaning, or exposure to harsh conditions. Understanding the differences between these two technologies allows you to optimize your labeling while controlling your production costs.

Laser engraving: precision and speed for mass production

Laser engraving uses a beam to remove the top layer of plastic, revealing a contrasting color. This non-contact process prevents any deformation of the material and ensures excellent marking precision.

Particularly well-suited to two-layer plastics such as ABS or certain acrylics, laser engraving allows for the rapid production of labels with precise text, pictograms, or barcodes. Its speed makes it an ideal solution for medium and large production runs.

It is generally recommended for indoor environments, electrical cabinets or technical marking where visual accuracy is a priority.

Mechanical engraving: maximum robustness for demanding environments

Mechanical engraving uses a milling cutter to physically cut into the material. Unlike laser engraving, the marking is deeper, which significantly improves its durability.

This technique is particularly relevant in heavy industry, dusty areas, or sites subject to frequent cleaning. Even if the label is covered in grease, paint, or residue, the embossed design remains identifiable.

Compatible with thicker plastics or laminated materials, mechanical engraving is essential when the priority is longevity rather than production rate.

Which technique should be chosen for a sustainable industrial label?

In most standard applications, laser engraving offers an excellent compromise between quality, speed, and cost. It perfectly meets the needs of conventional industrial marking.

On the other hand, when mechanical stresses are high or readability must be guaranteed over the very long term, mechanical engraving becomes the safest choice.

The ideal approach is to adapt the marking technique to your specific environment. A preliminary analysis not only helps avoid premature replacements but also allows you to invest in a reliable marking solution that can sustainably support your industrial facilities.

UV-resistant industrial labels: what are the solutions?

Industrial labels exposed to sunlight must remain legible for several years without deteriorating. Ultraviolet radiation can cause rapid discoloration, yellowing of the substrate, or even weakening of the material. As a result, critical information becomes illegible, compromising traceability and the safety of the facilities.

Choosing UV-resistant industrial labels helps limit replacements, reduce maintenance costs and ensure reliable equipment identification, even in outdoor environments.

What materials should be prioritized for long-lasting resistance to the sun?

The choice of material is the primary factor in durability. Standard plastics are often unsuitable for prolonged exposure, while certain engineering polymers offer excellent long-term stability.

Acrylic (PMMA) is currently one of the most effective solutions for engraved plastic labels intended for outdoor use. Its molecular structure allows it to resist UV rays without yellowing or cracking, even after several years of exposure.

Specially designed outdoor, two-layer plastics are also a reliable alternative. They combine high contrast with good colorfastness, ensuring consistently legible markings.

For particularly harsh environments — marine areas, high temperatures or continuous exposure — it may be relevant to opt for more technical materials in order to maximize lifespan.

Engraving or printing: which technique to use to avoid discoloration?

Beyond the substrate, the marking technique directly influences UV resistance. Laser or mechanical engraving is generally preferable to surface printing, as it creates a permanent mark within the material.

Unlike exposed inks, an engraving does not fade under the effect of sunlight. It retains its contrast and remains perfectly legible, even after prolonged aging.

Combining a UV-stable material with a suitable engraving is therefore the best strategy to secure your industrial marking.

How can you guarantee the longevity of your outdoor labels?

To choose a truly durable label, it is essential to analyze the exposure conditions: sun exposure, temperature fluctuations, humidity, and the presence of pollutants. A solution adapted to these constraints prevents premature replacements and improves the overall reliability of your signage.

Investing in UV-resistant industrial labels means choosing marking designed to last, capable of preserving the readability of information and supporting the performance of your facilities over the long term.

Marquage Moderne, a specialist in industrial and advertising marking, has been producing personalized plates and labels for professionals to meet their marking needs for communication, identification or regulations for over 20 years.