XLYNX Materials

Enabling Next-Generation Microelectronics Manufacturing

Designing & Manufacturing Fluorine-Free Diazirine Crosslinkers

As Featured In…

Products

BondLynx

Enables universal curing and photopatterning of intrinsically low-loss resins that are uncurable with existing technologies. Crosslinks virtually any commodity polymer through strong covalent bonds.

About BondLynxAbout BondLynx

PlastiLynx

Surface modifying polymeric diazirine crosslinkers that function as universal primers for the superior bonding of adhesives, coatings, and dyes with polyolefin and dissimilar materials.

About PlastiLynxAbout PlastiLynx

BondLynx

Enables universal curing and photopatterning of intrinsically low-loss resins that are uncurable with existing technologies. Crosslinks virtually any commodity polymer through strong covalent bonds.

About BondLynx

PlastiLynx

Surface modifying polymeric diazirine crosslinkers that function as universal primers for the superior bonding of adhesives, coatings, and dyes with polyolefin materials.

About PlastiLynx

Enables curing of low-loss resins that are currently uncurable

Strengthen, stabilize, and functionalize

Enables curing of unreactive low‑loss resins

Strengthen, stabilize, and functionalize

Open the door to new design possibilities

Advanced PFAS-free adhesive solutions

News

XLYNX Materials Secures US EPA Low Volume Exemption
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XLYNX Materials Secures US EPA Low Volume Exemption

News

XLYNX Materials Secures US EPA Low Volume Exemption

Kris2025-12-05T16:18:29-07:00December 3, 2025|

XLYNX Materials Secures US EPA Low Volume Exemption for Advanced Reagents We are pleased to share important progress regarding the [...]

Commercial Green Light & Advanced Patterning Breakthrough
Gallery
Commercial Green Light & Advanced Patterning Breakthrough

News

Commercial Green Light & Advanced Patterning Breakthrough

Kris2025-12-05T16:39:28-07:00November 19, 2025|

Commercial Green Light & Advanced Patterning Breakthrough At XLYNX Materials, our mission is to provide the next generation of high-performance, [...]