Deeply rooted in the microscopic pain points of polymer materials. Relying on dual-engine targeted complexation and catalytic oxidation technologies, we provide molecular formulations that eradicate industrial odors, lower VOC emissions, and meet strict IAQ standards.
High-temperature catalytic decomposition solutions for processing degradation, monomer residues, and recycled materials during injection molding and extrusion, drastically reducing VOCs.
Catalytic oxidation of aldehydes and ketones, chelating heavy metals and pesticide residues for recycled materials, lowering VOCs.
Nucleophilic addition reaction to residual polar monomers, converting them into non-volatile polymers. No impact on impact strength.
Catalytically decomposes C5-C9 aldehydes and olefinic odors generated during extrusion, remaining highly active at high temperatures.
Targeted removal of oligomer residues and thermal oxidative degradation odors generated during film blowing and injection molding.
Irreversible addition reaction with active amino groups to permanently cure formaldehyde monomers, solving pungent odors.
Withstands 300℃. Targets, catalytically decomposes, and chemically complexes thermal oxidative burning odors in PA, PC, PBT.
Chemically chelates thiol and amine molecules from azo pigment decomposition with zero color shift or polymer dispersion impact.
Catalytic esterification of lactic and succinic acid odors in PLA, PBAT processing, effectively inhibiting microbial metabolism odors.
Chemical chelation of polar aldehyde and ketone odors, preventing migration into food contents. Ideal for blown films and casting.
In-situ neutralization of hydrogen halide decomposition odors. Converts amines without consuming flame retardants or lowering LOI.
Mild conversion of hydrolytic acid odors, capturing abnormal radicals to protect the grafting activity of anhydrides completely.
Transparent and colorless, based on plant essential oils. High homogeneous reaction efficiency without affecting high-gloss injection parts.
Chemical molecular bonding and anti-migration in-situ anchoring solutions for sulfur/peroxide vulcanization byproducts (H2S), pungent foaming ammonia, and high-oil systems, eliminating blooming and white spots.
Targeted complexation of H2S and accelerator degradation odors. Unique phase-change coating and in-situ anchoring thoroughly solve surface blooming and white spots.
Developed for DCP/BIPB cross-linked EPDM. Targets acetophenone and oxygenated volatiles without heavy metals, ensuring zero interference with peroxide free radicals.
In-situ esterification of free acetic acid. Highly active at 160-190℃, completely preventing foam rupture or expansion loss.
Nucleophilic addition captures ammonia from blowing agents, converting it into stable polymer chains permanently.
Covalently anchors free alkane oil molecules in high-oil systems, permanently eliminating oily odors and reducing VOC and FOG emissions.
Three-dimensional interface purification for island structures: chelates vulcanization products in rubber and cracks degradation in plastics.
Converts free TDI/MDI monomers into odorless urea derivatives via rapid nucleophilic addition, clearing amine catalyst stenches.
In-situ grafting builds "molecular traps" to actively extract and convert migrating polar molecules, maintaining mechanical stability.
Biochemical technology targets and decomposes amines and thiols from protein and phospholipid spoilage, offering anti-aging benefits.
Targeted benzene ring purification converts residual styrene odors into odorless polymer fragments, compatible with all curing systems.
Efficient Diels-Alder cycloaddition locks volatile small-molecule olefins and monomers, drastically lowering high-temp VOC emissions.
Targeted cyano hydrolysis completely converts the "bitter almond" smell of acrylonitrile and locks complex oil odors from oil soaking.
Accurately digests platinum catalyst inhibitor residues and stabilizes trace cyclic siloxanes (D3-D10) for medical/food grades.
Multi-channel odor tracing to identify and clear hundreds of sulfur and aldehyde/ketone substances from incomplete desulfurization.
Available in powder and liquid. Uses biocompatible technology to catalytically oxidize aldehydes for intimate silicone/TPE products.
Meets VDA 270 standards. Heat-activated sustained release technology captures fresh odors released in high summer temperatures.
Perfectly soluble in processing oils. Homogeneous system chemically converts thiols and organic amines without affecting curing rates.
High-transparency molecular solutions for cross-linked cable insulation (PVC/XLPE), solvent residues in artificial leather, and various aqueous/solvent coating systems without affecting optical clarity.
Identifies and instantly neutralizes hydrogen chloride (HCl) released during thermal decomposition without affecting insulation resistance.
Rapidly neutralizes and decomposes sulfides and aldehydes from peroxide crosslinking (e.g., DCP). Stable reaction products.
Polymer acid acceptors irreversibly neutralize amine odors, perfectly compatible with common eco-friendly ATH/MDH flame retardant systems.
Multifunctional reactive clusters target CV vulcanization fumes and anti-aging degradation odors at high curing temperatures.
Composite solid carriers highly compatible with plasticizers. Eliminates H2S and organic amines via pore capture and chemical association.
Miscible with DOP/DOTP. High-transparency components match PVC refractive index, eliminating odors and preventing blooming.
Nucleophilic reactions efficiently neutralize greasy and plastic odors from plasticizers and solvents without altering film formation.
Active traps lock residual DMF, toluene, and amine catalysts, withstanding 150-180℃ baking and curing with absolutely no precipitation.
Small molecule siloxanes penetrate leather, capturing odor molecules via ring-opening while moisturizing and preventing cracking.
Pure transparent formula reacts homogeneously in organic solvents to capture alcohols and aldehydes without affecting curing.
Infinitely miscible with water, ideal for aqueous latex and PU coatings. 100% maintains the system’s original optical characteristics.
Targets pungent monomers volatilized from alkyd, acrylic, and nitro resins without interfering with hardness or metal/wood adhesion.
Widely applicable to gravure, screen, and UV/EB inks. Eliminates residual monomers while keeping colors vibrant and sharp.
Powerfully eliminates byproduct odors from hot melt, PSA, and reactive adhesives during degradation and curing, preserving initial tack.