INXhrc RC

Natural-based UV Inks for Rigid Plastic and Foam-Based Containers

INXhrc RC is formulated using clean, renewable ingredients that lower your environmental footprint while maintaining exceptional performance. Our inks contain up to 30 percent higher biorenewable content compared to conventional petroleum-based UV inks and are designed without VOC solvents, making them safer for both your team and the planet.

INXhrc RC containers

Safe and Sustainable Formulation

Our natural-based inks provide higher biorenewable content and are free from harmful chemicals, offering a safer, eco-friendly alternative to standard UV dry offset inks.

Verified by a third-party laboratory (ASTM D6866-20 Method B) for biorenewable content.
17% to 30% Increase in biorenewable content compared to standard UV dry offset inks.
Non-Allergenic, Food-Safe: Our natural components are not derived from food crops, ensuring they are non-allergenic.
Free from harmful chemicals: Contains no nanomaterials, fluorochemicals, heavy metals, fanal pigments, or PTFE.

High-Performance for Maximum Efficiency

Switching to natural-based inks shouldn’t mean compromising on performance. INXhrc RC offers the same vibrant color, durability, and consistency as conventional UV dry offset inks while supporting your sustainability commitments.

High Strength & Gloss: Achieve sharp, vibrant colors and eye-catching finishes.
Superior Flow & Transfer: Ideal for dry offset printing on rigid packaging presses.
Precise Color Matching: Single-pigment bases allow for accurate PMS shade matching.

Enhanced Durability: Excellent adhesion and abrasion resistance for long-lasting prints.
Versatile Press Compatibility: Suitable for all types of dry offset rigid packaging presses, including VanDam, PolyType, and Kase.

INXhrc^® RC LM Formulation for Sensitive Packaging Applications

For brands needing to meet low migration standards, INXhrc RC LM UV & LED dual cure inks offer the same high-performance benefits as our standard line, with specialized formulations that reduce the risk of migration when cured under the right conditions. This is especially important for packaging applications where the printing ink is printed on the non-food contact side of the primary package.