Pad Printing Ink for Industrial Applications

Automark supplies professional pad printing inks for manufacturers printing on plastics, metals, glass, textiles, silicone, rubber, and regulated medical components. As an authorized Marabu distributor and supplier of AM-Si silicone printing ink, we help customers select the right ink, hardener, thinner, and process for durable production printing.

Serving manufacturers throughout the United States, Canada, and Mexico with application guidance, substrate testing support, color matching, and ink-system recommendations.

Pad printing ink basics

The Right Pad Printing Ink Depends on the Part

Choosing pad printing ink is not just a matter of selecting a color. Adhesion, chemical resistance, abrasion resistance, flexibility, curing method, hardener selection, thinner ratio, and substrate compatibility all determine whether the print survives in production. Automark helps manufacturers match the correct ink system to the part material, application, and performance requirement.

Substrate Compatibility

Select ink based on the surface being printed, including plastic, metal, glass, silicone, rubber, textiles, coated parts, and medical devices.

Production Durability

Choose ink systems based on abrasion resistance, chemical exposure, cleaning agents, hand contact, flexibility, cure requirements, and production environment.

Application Support

Automark helps with ink selection, color matching, hardener selection, thinner ratio, ink viscosity, pad printing setup, and sample testing.

pad printing ink solutions

Pad Printing Ink Systems We Supply

Automark supplies both Marabu industrial pad printing inks and our own AM-Si silicone printing ink. Each ink system is selected based on the part material, required durability, curing process, and production environment.

Marabu Industrial Pad Printing Ink

Plastics, metals, glass, and coated parts
Hardeners, thinners, retarders, and additives
Pantone, RAL, HKS, and custom color matching

German-made ink systems for plastics, metals, glass, textiles, coated surfaces, promotional products, industrial parts, and technical applications.

Marabu Tampa series pad printing inks are available with hardeners, thinners, retarders, additives, and Pantone, RAL, HKS, or custom color matching.

Automark AM-Si Silicone Printing Ink

Silicone substrates
Room-temperature or bake-cure options
High-opacity, flexible, durable prints

Specialty silicone printing ink for printing on silicone, wearables, flexible medical components, and high-performance industrial substrates.

AM-Si is available in room-temperature cure and bake-cure versions, with options for high opacity, abrasion resistance, chemical resistance, heat resistance, and flexibility.

applications for pad printing

Pad Printing Ink by Material and Application

Different materials require different pad printing ink chemistry. Automark helps manufacturers choose the correct ink family based on the substrate, adhesion requirements, durability needs, curing process, and production environment.

Pad Printing Ink for Plastics

For ABS, polycarbonate, acrylic, PVC, treated polypropylene, and other plastic parts, Automark helps match the ink system to the substrate, surface energy, adhesion requirement, and production environment.

Pad Printing Ink for Metal

For anodized aluminum, stainless steel, powder-coated parts, plated components, and industrial metal surfaces, two-component ink systems can provide strong chemical and mechanical resistance.

Pad Printing Ink for Glass and Ceramics

Glass, ceramics, chrome, and coated surfaces require ink systems designed for adhesion, scratch resistance, chemical resistance, and optional heat curing depending on the application.

Silicone Pad Printing Ink

Silicone printing requires specialty ink systems designed for flexibility, stretch, chemical resistance, and durable adhesion on difficult low-energy surfaces.

Medical Pad Printing Ink

Medical device printing may require biocompatibility, traceability, clean processing, and ink systems appropriate for regulated applications, including Class VI medical ink requirements.

Textile and Tagless Ink

Garments, footwear, labels, and flexible textile applications require ink systems with wash resistance, flexibility, opacity, abrasion resistance, and soft-hand performance.

pad printing ink Support

Marabu Pad Printing Inks & Authorized Distributor Support

Marabu is a German ink manufacturer known for industrial screen, digital, and pad printing ink systems. Automark supplies Marabu pad printing inks, additives, hardeners, thinners, and technical support for customers that need reliable ink performance on plastics, metals, glass, textiles, coated parts, and other demanding substrates.

Popular Marabu Pad Printing Ink Families

Tampa Plus TPL — versatile ink for plastics, toys, promotional products, and general industrial parts.
Tampa Pur TPU — two-component ink for high chemical and mechanical resistance.
Tampa Glass TPGL — ink for glass, ceramics, chrome, aluminum, steel, and heat-cured applications.
Tampa Tex TPX — flexible ink for textiles, tagless garments, footwear, and soft goods.
Tampa Sport TPSP — abrasion-resistant ink for garment and athletic applications.
MaraProp PP — polypropylene-focused ink for difficult PP applications.
TampaCure TPC — UV-curable pad printing ink for fast post-processing and durable applications.

medical pad printing ink

Medical Pad Printing Ink for Class VI Medical Applications

Medical device manufacturers often need pad printing ink systems that support traceability, durability, and compatibility with regulated production requirements. Applications include catheter markings, tubing, syringe components, surgical devices, housings, handles, and other medical components where print clarity, adhesion, and durability are critical.

What Buyers Should Consider for Medical Ink

Biocompatibility Requirements

Some medical applications may require Class VI or other medical suitability documentation depending on the part, contact type, ink system, and regulatory requirements.

Durability and Cleaning

Medical markings may need to resist handling, cleaning agents, sterilization-related exposure, abrasion, or chemical contact depending on the application.

Substrate Compatibility

Medical components can include plastics, metals, silicone, tubing, coated surfaces, and other difficult materials that require careful ink selection and application testing.

Process Validation

Automark can support application testing, sample printing, viscosity guidance, and equipment recommendations before production decisions are made.

selecting the right ink

How to Choose the Right Pad Printing Ink

Choosing the correct pad printing ink depends on the substrate, performance requirements, ink chemistry, and real-world testing. Automark can help match the ink, hardener, thinner, and process to the part being printed.

Identify the Substrate

Start with the exact material being printed, such as ABS, polycarbonate, polypropylene, anodized aluminum, glass, silicone, rubber, textile, or coated metal.

Define the Performance Requirement

Determine whether the print must resist abrasion, chemicals, cleaning agents, heat, stretching, outdoor exposure, hand contact, or sterilization-related handling.

Select Ink, Hardener, and Thinner

Many pad printing inks require specific hardeners, thinners, retarders, or additives. The correct combination affects adhesion, viscosity, pot life, drying, and transfer quality.

Test Before Production

The best ink choice should be confirmed with real parts whenever possible. Automark can assist with ink testing, sample printing, and setup recommendations.

INK COLOR MATCHING SUPPORT

Pad Printing Ink Color Matching

Automark can help customers with standard colors, Pantone matching, RAL matching, HKS matching, and custom pad printing ink color requirements. For production work, color selection should be matched to the correct ink series, substrate, opacity requirement, and curing method.

Pantone, RAL, and HKS Matching

Match recognized color systems with the correct ink series, substrate, and testing process before production.

Custom Color Samples

Review custom production colors before moving into larger ink orders or customer-facing production runs.

Production Ink Support

Coordinate color requirements with opacity, cure method, thinner ratio, adhesion testing, and application durability.

WHY BUY FROM AUTOMARK

Why Manufacturers Buy Pad Printing Ink from Automark

Automark does more than sell ink. We sell pad printing machines, plates, pads, fixtures, cleaning systems, and application support. That means we understand how ink behaves inside a real pad printing process, from the ink cup and cliché to the pad, part, drying, and final adhesion test.

Authorized Marabu pad printing ink distributor
Specialty silicone pad printing ink supplier
Pad printing machine and process expertise
Application testing and sample printing available
Ink, pads, plates, cups, and machines from one source
Support for industrial and medical pad printing ink applications

More Than Ink: Complete Pad Printing Process Support

Ink performance is affected by the pad printing machine, ink cup, cliché, pad shape, part fixture, surface treatment, environment, and operator setup. Automark supports the full process so customers can troubleshoot print quality, adhesion, color, and production consistency.

Frequently Asked Questions

What pad printing ink should I use for plastics like ABS, polycarbonate, or polypropylene?

Selecting ink for plastics depends on the material’s surface energy and application requirements. Materials like ABS and polycarbonate typically accept standard industrial inks such as those from Marabu, while low surface energy plastics like polypropylene often require surface treatment (flame or corona) before printing. Ink selection should also consider durability requirements such as abrasion resistance and chemical exposure. In many cases, a two-component ink system with the proper hardener provides the most reliable adhesion.

What pad printing ink works best for rubber or silicone parts?

Rubber and silicone are among the most difficult substrates to print due to their flexibility and low surface energy. Standard inks will not properly bond. For these applications, a dedicated silicone ink system is required, such as Automark’s specialty silicone printing ink. These inks are designed to flex with the part, resist abrasion, and maintain adhesion under repeated use. Cure method (room temperature vs. heat cure) should be selected based on production speed and performance requirements.

When do I need to use a hardener in pad printing ink?

A hardener is used when increased durability, chemical resistance, or adhesion is required. Two-component ink systems (such as many industrial inks from Marabu) rely on a chemical reaction between the ink and hardener to fully cure. This is especially important when printing on metals, coated parts, glass, or components exposed to solvents, cleaning agents, or outdoor environments. Without a hardener, the ink may appear dry but will not achieve full performance. Marabu H1 hardener also has a UV inhibitor built-in to prevent yellowing of white ink for outdoor applications.

How do I improve ink adhesion on difficult substrates?

Improving adhesion typically involves a combination of proper ink selection, surface preparation, and process control. For low surface energy materials like polyethylene or polypropylene, surface treatment (corona or flame) is often required. Adjusting ink viscosity, selecting the correct hardener ratio, and ensuring proper drying conditions are also critical. In some cases, switching to a different ink system entirely is necessary to achieve consistent results.

What ink is used for medical device pad printing?

Medical device printing often requires inks that meet strict regulatory and performance standards, including biocompatibility. Many manufacturers use specialized industrial inks such as Class VI-compliant systems from Marabu, depending on the application. These inks are commonly used for catheter tubes, syringes, and other medical components where durability, traceability, and safety are critical. Ink selection should always be validated based on the specific regulatory requirements of the product. Marabu offers three Class VI medical inks including TPU, TPR, and Maraprop PP.

What is the difference between one-component and two-component pad printing ink?

One-component inks air dry and are typically used for less demanding applications where high durability is not required. Two-component inks require a hardener and undergo a chemical curing process, resulting in significantly better adhesion, chemical resistance, and mechanical durability. Most industrial and medical applications rely on two-component systems for long-term performance.

How do I match Pantone colors in pad printing?

Pantone matching in pad printing is achieved using base color systems and precise mixing ratios. Both Marabu inks and Automark silicone inks can be formulated to match Pantone, RAL, or custom brand colors. Factors such as substrate color, ink opacity, and print thickness can affect the final appearance, so test prints are typically recommended to ensure accuracy before full production. Marabu has the entire color guide online and available for free with registration at Marabu Color’s Manager site online here. For the Automark silicone ink series, we can match any Pantone color and even offer our silicone inks in metallic colors.

Why is my ink not transferring cleanly from the pad?

Poor ink transfer can result from incorrect viscosity, improper pad selection, or environmental conditions such as humidity and temperature. Ink that is too thick may not release properly, while ink that is too thin may not pick up cleanly from the plate. Adjusting thinner levels, selecting the correct pad hardness, and ensuring proper plate depth are all key factors in achieving consistent transfer.

What curing methods are available for pad printing ink?

Pad printing inks can cure through air drying, heat curing, or chemical reaction (in the case of two-component systems). Air drying is suitable for basic applications, while heat curing accelerates production and improves durability. Two-component inks cure chemically over time and often reach full performance after 24–72 hours, depending on the system. Automark AM-Si silicone inks are offered in two variants, a room temperature cure and an oven cured variant.

How do I know which pad printing ink is right for my application?

The correct ink depends on several factors including substrate, durability requirements, environmental exposure, and production process. Because of these variables, many manufacturers rely on testing and expert guidance to determine the best solution. Automark works directly with customers to recommend ink systems, optimize print parameters, and validate performance before full production.

This is all too overwhelming. Can Automark help?

Absolutely. It is our job to find the optimal adhesion so your group can feel confident with their printing selection. Just call or email us!

get started

Need Help Choosing the Right Pad Printing Ink?

Send us your part material, print requirements, color target, and production goal. Automark can help determine whether Marabu industrial ink, specialty silicone ink, or a medical-focused ink system is the right fit for your application.

Or call us directly: +1-512-593-7100 | sales@automarkco.com

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