Keyland Polymer UV Resins UVP-1300

Identification & Functionality

Chemical Family

Methacrylates,

Polyesters

Base Chemicals Functions

Binder

CASE Ingredients Functions

Binder & Resin

Technologies

Base Chemicals & Intermediates,

CASE Ingredients

Product Families

CASE Ingredients — Additives

Other Additives

Base Chemicals & Intermediates — Monomers & Oligomers

Acrylics, Acrylates & Methacrylates

CASE Ingredients — Resins & Binders

Other Resins & Binders,

Polyesters

Features & Benefits

Labeling Claims

APEO-Free,

Bisphenol A-free,

Formaldehyde-free,

HAPs-free,

Heavy Metal-free,

Solvent-free,

VOC-free

CASE Ingredients Features

Excellent Scratch Resistance,

Fast Cure,

Good Heat Stability,

Good Mechanical Properties,

High Performance,

Low Odor,

Outdoor Durability,

Radiation Curable,

Reduced Wear,

UV Stability

Benefits

UV/EB solid resins offer a variety of health, safety, environmental and performance benefits.

• Equal to or improved mechanical properties
• Ease of handling and storage – no VOCs when used as a solid material
• Can be UV or EB cured – equal or better cure reactivity
• Ease of conversion – use same manufacturing, printing and curing equipment
• Reduces noxious smell and extractable or chemical migration
• Eliminate or signifi cantly reduce solvents and regulated chemicals, such as BPA
• Eliminates oxygen inhibition
• Low Temperature: Ability to finish heat sensitive materials.
• Fast Efficient Process: One coat system with instant cure
• Durable Finishes: High performance finishes with excellent physical and chemical properties
• Energy Savings: Up to 70% energy savings compared to thermal curing

Applications & Uses

Markets

Paints & Coatings,

Printing & Packaging

Applications

Paints & Coatings — Building & Construction

Wood Coatings & Finishes

Paints & Coatings — Industrial Coatings

Metal Coatings

Printing & Packaging — Packaging Coatings

Overprint Varnishes

Paints & Coatings — Packaging Coatings

Overprint Varnishes

Compatible Substrates & Surfaces

Composites,

Iron,

Metal,

Plastics,

Wood

Cure Method

Radiation Cure

Coating Type

Powder Coating,

Varnishes

Ink & Toner Type

Toner

Substrates

• Medium density fiberboard (MDF)
• Metals
• Plastics and composites
• Carbon fiber

Formulation Guidance

 

UVP-1300	50 - 97%
Photoinitiator	1 - 5%
Pigments	0 - 25%
Additives/Other	1 - 45%

 

Applications

Powder Coatings

• Low Temperature: Ability to finish heat-sensitive materials
• Fast Efficient Process: One coat system with instant cure; no dry time required
• Durable Finishes: High-performance finish with excellent wear properties
• Energy Savings: Up to 70% energy savings compared to thermal curing

 

3D Printing

• Speed of Cure: Instantaneous once exposed to UV light
• Low Temperatures: No distortion of substrate
• Performance: Improved physical and mechanical properties

 

Inks & Toners

• Process Improvement: Reduced oxygen inhibition
• High Molecular Weight: Reduction in extractable compounds; improved mechanical properties
• Health & Safety: Very low odor, no skin or lung irritation. No solvents or BPA.
• Ease of Conversion: Ability to use existing equipment

Properties

Physical Form

Flakes,

Solid

Appearance

Granulated flakes

Chemical Properties

	Value	Units	Test Method / Conditions
Viscosity (at 200°C (range))	3000 - 6000	mPa.s	—
Acid Value (Range)	3 - 10	mg KOH/g	—
Glass transition, Tg (range)	46 - 51	°C	—

Regulatory & Compliance

Certifications & Compliance

REACH (Europe)

Technical Details & Test Data

UV Cure

• Medium pressure microwave lamp: UVV dosage of 2000-5000 mJ/cm2 and UVV intensity of 1000-2000 mW/cm2
• UV LED: 395nm >6000 mJ/cm2 and >3000 mW/cm2
• A coating temperature of 100 - 130°C (185°C max) is recommended at the time of cure

Storage & Handling

Shelf Life

12 months

Storage and Shelf Life

• Storage : < 27°C, RH < 50% protect from direct sunlight
• Recommended Shelf Life - 12 months. Beyond 12 months subject to recertification by manufacturer