MATERIAL
SOLUTIONS

Let a team of experienced material scientists equipped with state-of-the-art instruments tackle the hard development problems. Explore our detailed catalogue ranging from basic quality control testing to full material development services. Save time and maximize your resources with Applied Molecules’ engineered material design team.

DIGITAL PRIMERS

Specialized UV curable primers designed to enhance print quality and adhesion.

Products

10954N

✔ UV curable primer

✔ Enhanced print quality

✔ Superior ink adhesion

✔ Multiple substrate compatibility

A high-performance UV curable primer specifically formulated to optimize print quality and enhance ink adhesion. This versatile primer ensures superior bond strength between UV inkjet inks and various substrates.

11460

✔ Matte digital primer

✔ Similar performance to 11519

✔ Unique matte appearance

Our specialized matte digital primer delivering performance comparable to 11519 with a distinct matte finish. Ideal for applications requiring both superior adhesion and a sophisticated non-gloss appearance.

11519

✔ Next-generation UV curable

✔ Low odor

✔ Prop 65 approved

✔ Shrink sleeve compatible

Next-generation UV curable digital primer combining enhanced print performance with environmental consciousness. Features low odor formulation, Prop 65 compliance, and excellent compatibility with shrink sleeve labels.

11547

✔ Anti-static applications

✔ Static-resistant layer

✔ Optimal ink adhesion

✔ Electrostatic protection

Advanced UV digital primer with integrated anti-static technology. Engineered to provide optimal ink adhesion while actively preventing static buildup, ensuring consistent print quality in static-sensitive environments.

11720

✔ LED curable gloss primer

✔ UV inkjet printing enhancement

✔ Various substrate adhesion

LED curable gloss primer designed to maximize UV inkjet printing performance. Provides excellent adhesion across multiple substrates while offering the efficiency benefits of LED curing technology.

11760

✔ LED curable matte primer

✔ Similar to 11720 properties

LED curable matte primer offering similar performance characteristics to 11720 with a matte finish option. Perfect for applications requiring non-gloss aesthetics with advanced LED curing capabilities.

COATINGS

Specialized coatings engineered for diverse applications in labels and packaging.

Products

11197 UV Release Coating

✔ One-part UV silicone release

✔ High-end release surface

✔ Extended content labels (ECLs) ✔ Instant redeemable coupons (IRCs)

✔ UV free radical air cure technology

10949E

✔ Flexographic coating

✔ Textured finish

✔ Elevated image imprints

11165

✔ Tighter release one-part UV cure

✔ Similar to 11197

✔ UV Release Coating

11237

✔ Screen/rotary screen coating

✔ Textured finish capability

✔ Elevated image imprints

11252

✔ UV curable coating

✔ Thermal transfer printing compatible ✔ Digital ink topcoat

11511

✔ LED-curable UV silicone release

✔ One-part formulation

✔ Release surface applications

11520

✔ High-gloss UV curable coating

✔ Flexographic application

✔ Multiple substrate compatibility

✔ Paper, films, foils compatible

11547

✔ UV curable coating

✔ Thermal printing receptive

✔ Anti-static additives

✔ In-mold label applications

11560

✔ Non-settling, low-gloss UV curable

✔ Matte coating

✔ Flexographic application

✔ Multiple substrate compatibility

EBEAM PRODUCTS

Advanced electron beam curable solutions for flexible packaging and industrial applications.

Products

AM086-003

✔ Gloss Topcoat

✔ EBeam curable coating

✔ Flexographic application

✔ Multiple substrate compatibility

✔ High gloss finish

Our premium gloss topcoat offering exceptional surface finish and durability. This EBeam curable coating is designed for flexographic applications across multiple substrates, delivering superior gloss finish for your packaging needs.

AM086-004 Matte Topcoat

✔ EBeam curable coating

✔ Matte finish

✔ Various substrate compatibility

A versatile matte finish EBeam curable coating engineered for consistent performance. Provides excellent adhesion and surface properties across various substrates while maintaining a sophisticated matte appearance.

11359 Laminating Adhesive

✔ Main EBeam adhesive

✔ Flexible packaging applications

✔ Wide substrate compatibility

Our flagship EBeam adhesive developed for flexible packaging applications. Offers outstanding bonding strength and compatibility with a wide range of substrates, making it ideal for demanding lamination requirements.

LAM ADHESIVES

High-performance laminating adhesives for flexible packaging and industrial applications.

Products

11462

✔ Low odor, low color adhesive

✔ Flexible packaging applications ✔ Excellent metalized product adhesion

✔ UV and LED lamp compatible

11270

✔ UV inkjet ink adhesion

✔ UV and LED curable

✔ Versatile compatibility

✔ Works with 7 mil PET

✔ Available in 1 gallon and drums

11359

✔ Main EBeam adhesive

✔ Flexible packaging focus

✔ Wide substrate compatibility

11512

✔ Low migration adhesive

✔ UV and LED lamp compatible

10976F

✔ Workhorse UV curable product

✔ Multiple substrate compatibility

✔ Propylene to propylene bonding

11486

✔ UV laminating adhesive

✔ Cold foil optimized

✔ Quick UV light curing

✔ High flexibility

✔ Strong adhesion properties

✔ High-speed production capable

WATERBASED ADHESIVES

Eco-friendly adhesive solutions for specialized applications.

Products

10122

✔ Versatile, eco-friendly adhesive

✔ Coupon applications

✔ Flexographic printing compatible

✔ Strong bonding capabilities

✔ Clean release properties

✔ Ideal for promotional materials

10526F

✔ Premium water-based adhesive

✔ Laminating applications

✔ Flexographic application

✔ Robust adhesion properties

PHOTO-RHEOMETER (TA INSTRUMENTS HR20)

A rheometer measures the way a fluid flows in response to an applied force. By varying the amplitude and frequency of this applied force, rheological properties such as storage modulus, loss modulus, and viscosity can be measured. By modifying the temperature, the thermal effect of these measurements can be determined as well. If we attach a light source to the rheometer, photoactive liquids can be radiated during these measurements, allowing us to view the time dependency of the photorheological properties during crosslinking.