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Close-up of plastic resin pellets with green polymer pipes in the background, illustrating key raw materials for plastics and polymer manufacturing including acrylates, initiators, and modifiers.

Polymers & Plastics

Driving Material Innovation with Quality Monomers and Additives

At WE Chem, we deliver a focused portfolio of acrylates, methacrylates, initiators, and additives essential for advanced plastic and polymer production. Our selection includes monomers like MMA, EMA, and iBUMA for rigidity and optical clarity, soft monomers like iBA and tBA for flexibility and toughness, and crosslinkers such as allyl methacrylate and GMA for strength and chemical resistance.

To ensure controlled polymerization, we supply high-purity initiators like ammonium, sodium, and potassium persulphate (APS, SPS, PPS), suitable for emulsion systems and radical polymerization. Pigments like chromoxide green and modifiers such as stearyl acrylate enhance color stability and processing behavior in plastics and rubber.

Each product is listed alphabetically below and includes:

  • Full chemical name, abbreviation, and CAS number

  • Typical applications such as coatings, adhesives, textiles, personal care, or hydrogels

  • Packaging options such as drums, IBCs, bulk or customized formats

  • Suggested alternatives for formulating flexibility and supply chain resilience

Whether you're formulating high-gloss PMMA, durable ABS copolymers, or flexible plastic additives, our materials meet the stringent demands of modern polymer manufacturing.

Browse all polymer and plastic solutions and explore how each one adds value to your formulation.

Close-up of industrial adhesive tape roll in green – representing WE Chem’s raw materials for pressure-sensitive adhesives and sealant applications

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allyl methacrylate

CAS: 96-05-9

AMA

Main Applications: Coatings & Paints (acts as a multifunctional crosslinker in durable automotive and industrial coatings, improving chemical resistance), Adhesives & Sealants (enhances flexibility and crosslink density in structural adhesives and sealants) and Plastics & Composites (used to form impact modifiers and crosslinked polymers in high-performance plastics and composites)

drums
Alternative to: Multifunctional diacrylates such as 1,6-hexanediol diacrylate (HDDA).
Allyl methacrylate acts as a graft-linking and crosslinking monomer and can replace standard diacrylates like HDDA in systems where controlled residual unsaturation and branching are desired.

ammonium persulphate

CAS: 7727-54-0

APS

Main Applications: Polymerization Initiator (widely used to initiate radical polymerization for latex polymers in coatings, adhesives, and acrylic emulsions), Personal Care (key oxidizing agent in hair bleaching powders and hair dyes), Electronics (used as an etchant for copper circuits in PCB manufacturing) and Textiles (for desizing and bleaching in textile processing)

bags
Alternative to: Sodium persulphate (SPS).
Ammonium persulfate can replace sodium persulfate as a radical initiator and oxidizing agent in many polymerization and etching processes, offering strong oxidizing power and good water solubility.

chromoxide green

CAS: 1308-38-9

Main Applications: Pigments for Coatings – a stable green pigment used in paints, industrial coatings, and artist’s pigments due to its inertness and weather resistance (e.g. camouflage coatings, roofing granules), Construction Materials – used to color cements, concrete, and ceramics (imparts a green coloration in tiles, glass, and building materials), Plastics – used to color plastics and rubber products where heat stability is required.

bags

cyclohexyl methacrylate

CAS: 101-43-9

CHMA

Main Applications: High-Performance Coatings (used in automotive and industrial coatings for rigidity, chemical resistance, and thermal stability), Adhesives & Sealants (improves hardness and substrate adhesion in high-temperature or electronic adhesives and sealants) and Specialty Plastics (component in impact-resistant plastics and optical polymers requiring clarity and heat resistance)

Packaging options available on request
Alternative to: Isobornyl acrylate (IBOA).
CHMA, like IBOA, produces hard, hydrophobic polymers with high Tg and good chemical resistance, making it a viable alternative in high-solids and UV-curable coatings requiring hardness and durability.

ethyl methacrylate

CAS: 97-63-2

EMA

Main Applications: Cosmetics & Personal Care (primary monomer in artificial nail liquids and dental resins, chosen for fast curing and hardness in acrylic nails and dental prosthetics), Adhesives & Sealants (forms hard, fast-curing polymers in certain reactive adhesives and sealants), and Coatings & Plastics (used in specialty acrylic coatings and impact-resistant plastics where clarity and durability are required)

Packaging options available on request
Alternative to: Methyl methacrylate (MMA).
EMA provides slightly lower Tg and increased flexibility versus MMA while maintaining good clarity, useful in impact-modified resins and flexible coatings.

glycidyl methacrylate

CAS: 106-91-2

GMA

Main Applications: High-Performance Coatings (incorporated into automotive, aerospace, and industrial coatings for strong adhesion and chemical/thermal resistance, thanks to its epoxy functionality), Adhesives & Sealants (improves bond strength and durability in construction, automotive, and electronic adhesives/sealants), Plastics (as a comonomer in impact-resistant and compatibilized plastics or composites, e.g. GMA copolymers) and Medical Devices (used to form biocompatible, crosslinkable polymers in dental materials and drug delivery systems)

bulk, IBC, drums, cans
Alternative to: Epoxy-functional acrylates.
GMA offers excellent adhesion, crosslinking capability, and chemical resistance, suitable for coatings, adhesives, and high-performance polymers.

iso-butyl acrylate

CAS: 106-83-8

iBA

Main Applications: Adhesives & Sealants – Used as a soft monomer in pressure-sensitive adhesives, providing flexibility and tack, Coatings – Employed in acrylic emulsions for coatings where low glass transition temperature (Tg) and weather resistance are needed, Textiles & Plastics – Improves softness and durability in acrylic fiber and polymer blends, Plastisols – May be used in plastisol formulations for enhanced flexibility.

Packaging options available on request
Alternative to: n-Butyl Acrylate (nBA).
iBA offers lower viscosity and better weathering resistance than nBA, useful for adhesives, sealants, and flexible coatings.

iso-butyl methacrylate

CAS: 97-86-9

iBUMA

Main Applications: Acrylic Coatings (imparts UV resistance, hardness, and durability in automotive and architectural coatings), Adhesives & Sealants (improves flexibility and adhesion in pressure-sensitive and structural adhesive formulations) and Polymer Modifiers (used to enhance impact resistance and processability in methacrylate copolymers and optical plastics)

bulk, IBC, drums
Alternative to: n-Butyl methacrylate (nBUMA).
iBUMA has very similar properties to nBUMA, providing flexible, plasticizing methacrylate performance with comparable toxicity profile, useful for modifying hardness and impact strength.

isobornyl acrylate

CAS: 5888-33-5

IBOA

Main Applications: Adhesives & Sealants (used in acrylate adhesives and sealants, provides good adhesion and strength even in harsh conditions), Coatings (UV/EB-cured coatings and inks where it adds hardness, chemical resistance, and weatherability) and Plastics/Rubber Modifiers (used as a reactive diluent and crosslinker to improve flexibility in plastics and elastomers)

IBC, drums, cans
Alternative to: IBOMA.
IBOA provides faster cure and better flexibility than IBOMA, beneficial in UV-curable and pressure-sensitive adhesive systems.

isobornyl methacrylate

CAS: 7534-94-3

IBOMA

Main Applications: High-Tg Coatings and Inks (used in UV-curable coatings, printing inks, and varnishes to impart hardness, abrasion resistance, and low shrinkage), Adhesives (included in structural and optical adhesives for durability and adhesion under stress) and Plastics/Optical Resins (as a monomer in optical-grade polymers and plastic modifiers requiring clarity and weatherability)

IBC, drums, cans
Alternative to: MMA .
IBOMA offers higher Tg and better abrasion resistance than MMA, ideal for high-performance coatings and optical applications.

maleic anhydride

CAS: 108-31-6

MSA

Main Applications: Polyester Resins & Plastics – a key ingredient in unsaturated polyester resins (for fiberglass composites) and in modifying polymers (e.g. maleated polyolefins as coupling agents for composites), Coatings & Adhesives – used in alkyd and epoxy-resin formulations and as a curing agent or adhesion promoter in certain adhesives and sealants (improves bonding to polyolefins and crosslinking density), Construction Materials – used in making plasticizers, curing agents, and additives for construction products (and in paper sizing and water treatment chemicals). Overall, it’s central to coatings, adhesives, and polymer manufacturing for improved material performance.

bags

methyl acrylate

CAS: 96-33-3

MA

Main Applications: Textiles (comonomer in acrylic fibers for carpets and fabrics, improving flexibility and dye uptake), Plastics & Resins (used in engineering plastic copolymers and acrylic resins to enhance hardness and clarity) and Pharmaceutical Intermediates (a reagent in synthesis of various pharma compounds)

bulk, IBC, drums, cans
Alternative to: Ethyl acrylate (EA).
Methyl acrylate provides higher Tg and harder films than ethyl acrylate, useful when increased hardness and block resistance are needed in acrylic systems.

methyl methacrylate

CAS: 80-62-6

MMA

Main Applications: Plastics (Acrylic Glass) – the primary monomer for polymethyl methacrylate (PMMA) used in clear plastics (plexiglass) for automotive, glazing, and display, Coatings & Road Markings (used in durable, UV-stable coatings such as road paints and industrial finishes), Adhesives & Sealants (formulates structural acrylic adhesives and sealants with strong bonds, used in construction and automotive assembly) and Medical Devices (used in bone cements, dental acrylics, and prosthetic fabrication)

bulk, IBC, drums, cans

potassium persulphate

CAS: 7727-21-1

PPS

Main Applications: Polymerization (similarly used as a free-radical initiator in emulsion polymerization for plastics, rubber, and resins), Hair Bleaching (a common component in hair bleach formulations as an oxidizer, often in combination with ammonium persulfate), Printed Circuit Board Etching (etchant for microelectronics to selectively remove metals) and Pool & Water Treatment (used in some applications to generate free radicals for oxidative cleaning). Potassium persulfate is valued for its stability and is often the persulfate of choice in cosmetic bleach powders.

bags
Alternative to: Ammonium persulphate (APS).
Potassium persulfate can replace APS as an initiator or oxidant where slightly different solubility and decomposition behavior are beneficial, for example in emulsion polymerization and hair-bleaching systems.

sodium persulphate

CAS: 7775-27-1

SPS

Main Applications: Electronics (used to microetch and clean copper surfaces in PCB fabrication and semiconductor manufacturing), Polymer Manufacturing (initiator for emulsion polymerizations in making latex paints, adhesives, and acrylate dispersions), Textile Bleaching (serves as a bleach/oxidizing agent in textile and laundry applications) and Cleaning/Etchant (ingredient in cleaning agents for metal surfaces and in oxidative water treatment).

bags
Alternative to: Ammonium persulphate (APS).
Sodium persulfate is a strong oxidizing agent and polymerization initiator that often substitutes APS, with advantages in storage stability and lower hygroscopicity in many formulations.

stearyl acrylate

CAS: 4813-57-4

SA

Main Applications: Lubricant Additives (as a component in pour-point depressants and oil additives, to improve low-temperature flow of oils), Slip Coatings & Release Coatings (provides lubricity and smoothness in industrial coating applications, e.g. release papers) and Plastics/Rubber (used to impart hydrophobicity and flexibility in polymers, such as in certain emulsifiers and plastic additives)

Packaging options available on request

styrene monomer

CAS: 100-42-5

Main Applications: Plastics Manufacturing (predominantly used to produce polystyrene plastics and copolymers like ABS, SAN – found in packaging, consumer goods, etc.), Fiber-reinforced Composites (acts as a reactive solvent in unsaturated polyester and vinyl ester resins for fiberglass, e.g. boat hulls, pipes, automotive and construction parts) and Synthetic Rubber (used in making SBR rubber for tires and industrial rubber products). Styrene is also occasionally used as a reactive diluent in certain adhesive and coating formulations, but its primary use is as a monomer for polymers in plastics and resins.

bulk

tert-butyl acrylate

CAS: 1663-39-4

tBA

Main Applications: Coatings (high-solid and solventborne coatings where hardness and hydrophobicity are needed), Adhesives (improves bonding strength and rigidity in acrylic adhesives), Plastics (as a feedstock for specialty acrylic polymers), and Personal Care (in polymers for cosmetics due to its hydrophobic, UV-resistant properties).

bulk, IBC, drums, cans
Alternative to: n-Butyl acrylate (nBA).
tert-Butyl acrylate can replace n-butyl acrylate where higher Tg and reduced tack are required, useful for harder acrylic films and heat-resistant coatings.
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