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# Hybrid Plastics

Creators of POSS polyhedral oligomeric silsesquioxane

## Sitemaps

- [XML Sitemap](https://www.hybridplastics.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Pages

- [Solving Problems with Products and Processes](https://www.hybridplastics.com/) - Hybrid – the creator of POSS® – operates as both research and development catalyst and chemical additive manufacturer. We create the seamless, hybrid fusion of organic and inorganic materials known as polyhedral oligomeric silsesquioxane. We make it in a way that empowers companies across the globe to solve problems with products and processes. We develop
- [Oil & Gas](https://www.hybridplastics.com/applications/oil-gas/) - In the Oil & Gas industry, field workers need every possible advantage. This means the machinery needs a lubricant that will withstand extremely high temperatures. They also need durable plastics and elastomers that won’t break down under these conditions. Hybrid lubricants, flow aids & dispersants for thermoplastics and elastomers, and chemical additives use the strength
- [Quality Policy](https://www.hybridplastics.com/quality-policy/) - Hybrid Plastics has established this Quality Policy to be consistent with the purpose and context of the organization. It provides a building block for objectives, in compliance with the ISO 9001 standard. Hybrid Plastics is committed to building relationships with customers through on-time service and quality. Our people are competent in following policies and procedures
- [Industrial](https://www.hybridplastics.com/applications/industrial/) - In industrial settings, companies need a reliable operation on all fronts. This means machinery needs a lubricant that will hold up under extreme high temperatures. They also need durable plastics and elastomers that won’t break down under these conditions. Hybrid lubricants, flow aids & dispersants for thermoplastics and elastomers, and chemical additives use the strength
- [Thermoplastics/Polymer Processing Aids](https://www.hybridplastics.com/applications/thermoplastics/) - POSS is widely acceptable as a polymer processing, flow aid, and dispersant in most Thermoplastic applications, ranging from LLDPE to PEEK-engineered thermoplastics. Below is some information on POSS in various thermoplastic applications. Please contact us for more details about your specific application. MS0825 - It is widely used in polyolefins for processing improvements, melt
- [Executive Team](https://www.hybridplastics.com/team/) - CEO – Dr. Charles Grayson Dr. Grayson is an industry veteran in the chemical manufacturing, sales, and distribution channels. Dr. Grayson also serves as the Hybrid Plastics Chairman of the Board. Dr. Grayson provides Hybrid with vision and insight into chemical industry trends and focus on marketing and product development to meet those trends. President/COO
- [Dispersion](https://www.hybridplastics.com/applications/dispersion/) - POSS® Plus+ cages modify the surfaces of particles, fibers, chemical ingredients, and even the interfaces between polymers. The ability of POSS® to provide volume and control surface area around particles, key ingredients, and at polymer interfaces is a new tool toward formulating property enhancements. *If you are uncertain as to which properties can be enhanced or which
- [Applications](https://www.hybridplastics.com/applications/) - POSS has proven successful in opening new frontiers in a number of industrial applications, including personal care, oil and gas and coatings. The POSS products provide a rigid nano-cage structure with various combinations of reactive and non-reactive functionalities possible on the nano-cage. These can provide volume spacing in polymer systems, enhanced cross linking, dispersion, enhance
- [Products](https://www.hybridplastics.com/products/) - The Hybrid products page is a power tool in selecting the right materials for your applications. Please use the filters on the left to select your system attributes and the POSS products will be displayed. As always, if you need help with POSS selection in your system, please do not hesitate to Contact Us!
- [Company](https://www.hybridplastics.com/company/) - Hybrid Plastics, Inc. headquartered in Hattiesburg, MS, USA, was founded in 1998 to advance the technical applications markets and is recognized worldwide as an innovator, manufacturer, and supplier of Polyhedral Oligomeric Silsesquioxane (POSS) materials for commercial production and R&D support.
- [E-Knowledge Repository](https://www.hybridplastics.com/e-knowledge-repository/) - Search Hybrid’s E-Knowledge Repository to find journal abstracts, patents and various papers on POSS® and its many uses.
- [What is POSS?](https://www.hybridplastics.com/what-is-poss/) - This series of videos tells the story on POSS Technology and its many breakthrough applications. If you would like to visit our YouTube channel for more videos, please click here. What is POSS? POSS Flow Aids POSS Short-stop Dispersion Aids POSS Bond Expoxies POSS for Bisphanol A Replacement POSS Nanostructured Lubricants
- [Capabilities](https://www.hybridplastics.com/capabilities/) - Sites and Capabilities - World class manufacturing facility with a 15-acre footprint compromising corporate headquarters, research laboratories, production buildings, and maintenance facilities. The highly specialized equipment, chemicals, and materials are dedicated to POSS manufacturing from lab to bulk scale. Also includes an in-house Quality Assurance laboratory with equipment for measuring and analyzing products for purity
- [History & Mission](https://www.hybridplastics.com/history-mission/) - Hybrid Plastics, Inc. began from earlier work in the field when Dr. Lichtenhan was awarded a contract in the early 1990s to study the POSS materials in aerospace industry. The company was created from this earlier research with the focus on understanding the chemistry and material science of the POSS materials. From the early start
- [Coatings](https://www.hybridplastics.com/applications/coatings/) - In coatings, companies need options that can open the door to new frontiers and product possibilities. Hybrid’s surface modifiers, flow aids, dispersants, and chemical additives use the strength of the POSS molecular cage to enhance the performance of your coatings without compromising mechanical properties. To learn about the many ways POSS can help improve the
- [Personal Care](https://www.hybridplastics.com/applications/personal-care/) - We’re not making just another pretty face. We’re transforming lives. The use of POSS in personal care formulations is a new and safe way to achieve hydration, transfer resistance, durability, and supple textures, without the inconvenience of formulation complexity. Qualities include: Non-toxicity POSS has been demonstrated to be non-toxic, and cytocompatible. In the EU, several
- [Support](https://www.hybridplastics.com/support/) - Content coming soon.
- [Tools & Calculators](https://www.hybridplastics.com/technical/tools-calculators/) - Content coming soon.
- [Staff Publications](https://www.hybridplastics.com/technical/staff-publications/) - Content coming soon.
- [Publications & Technical Reports](https://www.hybridplastics.com/technical/publications-technical-reports/) - Content coming soon.
- [Handbooks & Brochures](https://www.hybridplastics.com/technical/handbooks-brochures/) - Content coming soon.
- [Technical](https://www.hybridplastics.com/technical/) - Content coming soon.
- [Privacy Policy Page](https://www.hybridplastics.com/privacy-policy/) - www.hybridplastics.com is committed to protecting the rights of all visitors to www.hybridplastics.com. We are committed to keeping your personal information secure and have created this privacy statement to share our information gathering and dissemination practices for this website. Information Collection and Use We will protect your information, and will not release your name, email address

## Products

- [SO1455 - TriSilanollsooctyl POSS](https://www.hybridplastics.com/product/so1455-trisilanollsooctyl-poss/) - SO1455 is a hybrid molecule with an inorganic silsequioxane at the core and organic isooctyl groups attached at the corners of the cage and three active silanol functionalities. It has shown effectiveness toward skin adhesion. BENEFITSRheological diluent lubricious hydrophobe. Nonmigrating. Skin adhesion. Hemostatic. Antimicrobial. Outstanding gloss enhancement. Key Properties Appearance: Clear, pale yellow viscous liquid
- [MS0825 - OctaIsobutyl POSS](https://www.hybridplastics.com/product/ms0825-octaisobutyl-poss/) - MS0825 is a hybrid molecule with an inorganic silsesquioxane at the core and organic isobutyl groups attached at the corners of the cage. MS0825 can be used as a processing aid in plastics to improve flow. It has also been used to improve printability and modify surface energy of thermoplastics. Key Properties Formula Weight: 873.60 Surface
- [HC0113.11 - Aminopropyl PEG POSS](https://www.hybridplastics.com/product/hc0113-11-aminopropyl-peg-poss/) - Aminopropyl PEG POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. APPLICATIONS: Surface energy control, wetting, and emollience. Additionally, dispersion and rheological diluency can be realized in specific formulations. The reactive Aminopropyl groups serve to aid in cross-linking. The PEG groups serve as dispersants, aid in plasticization, and enhance gloss effects. This
- [HC0709.13 Methacryl i-Butyl POSS®](https://www.hybridplastics.com/product/hc0709-13-methacrylpropyl-iso-butyl-poss/) - *HC0709.13 is a replacement for MA0702 Methacryl i-Butyl POSS® is a hazy liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Methacryl i-Butyl POSS® is a molecular union of both chemistry and inorganic/organic composition. Free radical and addition cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface
- [MA0702 - Methacryl Isobutyl POSS](https://www.hybridplastics.com/product/ma0702-methacrylpropyloisobutyl-poss/) - MA0702 – Methacryl Isobutyl POSS® is used as a comonomer for increased hydrophobicity and toughness. This is a discontinued product and is not kept in stock, available on a custom level only. Replaced by HC0709.13 Please click link, for details on the replacement product. Key Properties Formula Weight: 943.64 Appearance: white powder Solvent Solubility: THF, hexane,
- [HC1020.17- i-Octyl Maleic Acid POSS](https://www.hybridplastics.com/product/hc1018-11-i-octyl-maleic-acid-poss/) - i-Octyl Maleic Acid POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. HC1020.17 is a hybrid molecule with an inorganic silsesquioxane core and organic maleic acid groups for reactivity and i-Octyl groups for stability and compatibility. APPLICATIONS HC1020.17 is reactive with epoxy, isocyanate, anhydride, and imide chemistry. It provides enhanced hydrophobicity and
- [MS0810 - n-Octyl POSS](https://www.hybridplastics.com/product/ms0810-noctyl-poss/) - MS0810 is a hybrid molecule with an inorganic silsesquioxane at the core and inorganic n-octyl groups attached at the corners of the cage. This rigid core acts like molecular ball bearing providing high film strength to reduce friction and wear. MS0810 is very stable even at high loadings and temperatures. It is also useful in
- [HC1110.71 Vinyl i-Octyl POSS](https://www.hybridplastics.com/product/hc1110-71-vinyl-iso-octyl-poss/) - Vinyl i-Octyl POSS® is a molecular union of functional olefin chemistry and inorganic-organic compositions. Applications Hardness enhancement with optical clarity for peroxide, hydroxylation, thiol, and UV/EB cured formulations. Toughening and compatibilization can also be imparted by the i-Octyl group. This additive is capable of free radical induced UV cure. *unique wetting adhesion to polyolefins* Compatibility
- [SO1458 - Trisilanol phenyl POSS](https://www.hybridplastics.com/product/so1458-trisilanol-phenyl-poss/) - SO1458 – TrisilanolPhenyl POSS is a hybrid molecule with an inorganic silsesquioxane at the core, organic phenyl groups attached at the corners of the cage and three active silanol functionalities. SO1458 – TrisilanolPhenyl POSS can be used as a processing aid in thermoplastics and thermosets while still retaining mechanical properties, for surface modification of fillers
- [MS0860 - OctaTMA POSS](https://www.hybridplastics.com/product/ms0860-octatma-poss/) - MS0860 is a hybrid molecule with an inorganic silsesquioxane at the core and anionic oxygen and a tetramethyl ammonium ion at the corners of the cage. MS0860 can be used as a glassification aid. It has also been used to improve the luminescence of quantum dots and as a dispersion agent for nanocarbon and metal
- [SH1310 - Octasilane POSS](https://www.hybridplastics.com/product/sh1310-octasilane-poss/) - SH1310 is a hybrid molecule with an inorganic silsesquioxane at the core and dimethylsilane groups attached at the corners of the cage. SH1310 can be used as a glassification aid and as a crosslinker. It has also been used for surface modification. Key Properties Formula Weight: 1017.99 Appearance: white powder Thermal Stability (5% wt loss): 210˚C Solvent Solubility: THF,
- [HC0813.31 - Phenyl PEG POSS](https://www.hybridplastics.com/product/hc0813-31-phenyl-peg-poss/) - Phenyl PEG POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. APPLICATIONS Applications include surface energy control, wetting, and emollience. Additionally, dispersion and rheological diluency can be realized in certain formulations. The non-reactive Phenyl groups serve to aid in high temperature stability and dispersion through Pi-Pi interactions. The PEG groups serve as
- [HC1013.31 - Methoxy i-Octyl PEG POSS](https://www.hybridplastics.com/product/pg1193-methoxypegisooctyl-poss/) - HC1013.31, previously known as PG1193, is a hybrid molecule with an inorganic silsesquioxane at the core and precisely configured PEG and i-Octyl groups attached at the corners of the cage. It provides an alternate to silicone gloss additives. HC1013.31 has a smooth feel and provides comfort to the skin and hair. HC1013.31 also provides gloss
- [EP0409 - Glycidyl POSS cage mixture](https://www.hybridplastics.com/product/ep0409-glycidyl-poss-cage-mixture/) - EP0409 is a hybrid molecule with an inorganic silsesquioxane at the core and organic glycidyl groups attached at the corners of the cage. EP0409 serves as a high temperature reactive diluent in both aromatic and aliphatic epoxy resin and will increase rubbery plateau modulus. POSS molecules also have robust resistance to environmental degradation such as
- [PG1190 - MethoxyPEG POSS cage mixture](https://www.hybridplastics.com/product/pg1190-methoxypeg-poss-cage-mixture/) - PG1190 – PEG POSS is a hybrid molecule with an inorganic silsesquioxane at the core and methoxylated polyethylene glycol groups attached at the corners of the cage. The rigid core in combination with PEG arms provides excellent dispersion and carrying of key ingredients (actives, pigments, carbons) which is useful in coating formulations. PG1190 is
- [AM0281 (Neat) - N-Phenylaminopropyl POSS](https://www.hybridplastics.com/product/am0281-neat-n-phenylaminopropyl-poss/) - AM0281 POSS is a hybrid molecule with a silsesquioxane core, ranging from cage size 8-12, and has external N-phenylaminopropyl groups. It is highly adhesive!. In neat form it exists as a low melting solid at room temperature. It is especially well suited for applications that require adhesion and toughening at high temperatures. *Bulk quantities of
- [HC0917.11 iso-Butylmethyl POSS® Cage Mixture](https://www.hybridplastics.com/product/hc0917-11-iso-butylmethyl-poss-cage-mixture/) - HC0917.11 is intended to be utilized as an additive in thermoplastic and thermoset formulations.
- [HC0507.53 - Trifluoropropyl Methacrylate POSS](https://www.hybridplastics.com/product/hc0507-53-trifluoropropyl-methacrylate-poss/) - Trifluoropropyl methacrylate POSS® is a liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Trifluoropropyl methacrylate POSS® is a molecular union of both functional chemistry and both inorganic-organic compositions. Free radical and addition cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface modification. The crosslinking capability
- [EP0408.01.30 - Epoxycyclohexyl POSS cage mixture 30% PGMEA](https://www.hybridplastics.com/product/ep0408-epoxycyclohexyl-ethyl-poss-cage-mixture/) - EP0408.01.30 is a hybrid molecule with an inorganic silsesquioxane at the core and organic epoxycyclohexyl groups attached at the corners of the cage. This formulation contains 30% PGMEA for coating applications. EP0408.01.30 can be cured with aromatic, aliphatic amines, and photoinitiators. EP0408.01.30 provides increased use temperature, excellent water and solvent resistance, and enhanced thermomechanical performance.
- [SC5000 - HitSAC Silicone](https://www.hybridplastics.com/product/sc5000-hitsac-silicone/) - SC5000-HitSAC is new generation of high temperature silicone adhesive coatings. It is optically clear resin and flexible until designed for high temperature applications. Call or e-mail for price. Key Properties: •High Temp Resistance •Excellent Flexibility •Extremely Adhesive •Visually Transparent Typical Resin Properties: Resin type: 2 part Density (after cure): 1.1 g/ml Pot life @ RT:
- [MA0736 - Acryloxypropyl POSS Cage Mixture](https://www.hybridplastics.com/product/ma0736-acrylopropyl-poss-cage-mixture/) - MA0736 is a hybrid molecule with an inorganic silsesquioxane at the core and organic acryloxypropyl groups attached at the corners of the cage. MA0736 can be cured through ultraviolet or electron beam. It is especially suitable for applications that require scratch resistance and enhanced mechanical performance. Cage content is equal or greater than 90%. Key
- [MA0736.08.30 - Acrylic POSS Nanosilica Dispersion](https://www.hybridplastics.com/product/ma0736-08-30-acrylic-poss-nanosilica-dispersion/) - Description. MA0736.08.30 is two hardness agents combined and is solvent free. MA0736 (70%) is utilized to disperse 30wt% of nano silica. The system can be utilized as a concentrate. Refractive Index: 1.4784 @ 21.1°C Applications: MA0736.08.30 is well suited as an additive for UV/EB/Thermal cure optical hard coatings. SDS TDS
- [MA0735.08.30 - Methacrylic POSS Nanosilica Dispersion](https://www.hybridplastics.com/product/ma0735-08-30-methacrylic-poss-nanosilica-dispersion/) - MA0735.08.30 Nanosilica Dispersion Methacrylate is two reinforcing agents in one. MA0735 is a hybrid, 1.5nm molecule with an inorganic silsesquioxane at the core, and organic methacrylate groups attached at the corners of the cage, which acts as a multi-functional crosslinker. 30 weight percent of 20nm nanosilica is completely dispersed into the MA0735. This creates a
- [HC1317.13 - Methyl PEG POSS](https://www.hybridplastics.com/product/hc1317-13-methyl-peg-poss/) - Methyl PEG POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. APPLICATIONS: Color and Filler dispersions. Additionally, may improve hardness and modulus in glassy coatings. The non-reactive methyl groups serve to aid in high temperature stability and dispersion through Pi-Pi interactions. The PEG groups serve as dispersants, plasticization, and gloss effects. The
- [HC0110.11 - Aminopropyl i-Octyl POSS Cage Mixture](https://www.hybridplastics.com/product/hc0110-11-aminopropyl-i-octyl-poss-cage-mixture/) - Aminopropyl i-Octyl POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. APPLICATIONS Surface energy control, wetting, and emollience. Additionally, dispersion and rheological diluency can be realized in certain formulations. The reactive Aminopropyl groups aid in cross-linking, while the i-Octyl groups serve as dispersants, plasticizers, and enhance gloss effects. This system provides higher
- [SC4500 - FireQuench](https://www.hybridplastics.com/product/sc4500-firequench/) - SC4500-FireQuench is a non-halogenated thermal barrier composite material. It is an optically clear resin that has superior flame retardancy but without the hazardous smoke typically associated with halogenated materials. Call for price. Key Properties: • Fire Retardancy without Halogens • Increased HDT • Optically Transparent • Elimination of VOC Typical Resin Properties: Resin type: 1
- [HC0613.53 - Acrylic PEG](https://www.hybridplastics.com/product/hc0613-53-acrylic-peg/) - Acryl PEG POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. APPLICATIONS: Surface energy control, wetting, and plasticization. Additionally, dispersion and rheological diluency can be realized in certain formulations. The reactive acryl groups provide for cross linking while the peg arms serve as dispersants, plasticization, and gloss effects. The HC0613.53 provides a
- [HC0709.11 Methacryl i-Butyl POSS®](https://www.hybridplastics.com/product/hc-0709-11-methacryl-iso-butyl-poss/) - Methacryl i-Butyl POSS® is a clear viscous liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Methacryl i-Butyl POSS® is a molecular union of both chemistry and inorganic/organic composition. Free radical and addition cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface modification. The crosslinking capability in
- [HC0710.13 - Methacryl i-Octyl POSS](https://www.hybridplastics.com/product/hc0710-13-methacryl-isooctyl-poss/) - Methacryl i-Octyl POSS® is a liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Methacryl i-Octyl POSS® is a molecular union of both chemistry and inorganic/organic composition. Free Radical and Addition Cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface modification. The crosslinking capability, in
- [HC0710.11 Methacryl i-Octyl POSS®](https://www.hybridplastics.com/product/hc-0710-11-methacryl-iso-octyl-poss/) - Methacryl i-Octyl POSS® is a clear viscous liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Methacryl i-Octyl POSS® is a molecular union of both chemistry and inorganic/organic composition. Free radical and addition cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface modification.
- [PM1270 - Poly(Phenylsilsesquioxane) POSS](https://www.hybridplastics.com/product/pm1270-phenyl-silanol-resin/) - Poly(Phenylsilsesquioxane) POSS is a lower-cost alternative to trisilanol phenyl POSS®. This additive contains phenyl groups for compatibility with aromatic resin and silanols for dispersion capability. It should be utilized at loading levels ranging from 0.25 - 2 wt. % relative to resin. Key Properties Formula Weight: 931.34 Appearance: white powder Thermal Stability (5% wt loss): 427˚C Solvent
- [HC0610.11 Acrylic i-Octyl POSS®](https://www.hybridplastics.com/product/hc0610-11-acrylic-iso-octyl-poss/) - Acrylic i-Octyl POSS® is a transparent, slightly viscous liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Acrylic i-Octyl POSS® is a molecular union of both chemistry and inorganic/organic composition. Free radical and addition cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface modification. The crosslinking capability
- [HC0609.11 Acrylic i-Butyl POSS®](https://www.hybridplastics.com/product/hc-0609-11-acrylic-iso0butyl-poss/) - Acrylic i-Butyl POSS® is a transparent liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Acrylic i-Butyl POSS® is a molecular union of both chemistry and inorganic/organic composition. Free radical and addition cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface modification. The crosslinking capability in combination
- [HC0409.11 Glycidyl i-Butyl POSS®](https://www.hybridplastics.com/product/hc-0409-11-glycidyl-iso-butyl-poss/) - Glycidyl i-Butyl POSS® is a clear viscous liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Glycidyl i-Butyl POSS® is a molecular union of both chemistry and inorganic organic composition. Cationic and addition cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface modification. The crosslinking
- [HC0410.11 Glycidyl i-Octyl POSS®](https://www.hybridplastics.com/product/hc0410-11-glycidyl-iso-octyl-poss/) - Glycidyl i-Octyl POSS® is a clear viscous liquid hybrid molecule with an inorganic silsesquioxane core and organic groups attached at the corners of the cage. Glycidyl i-Octyl POSS® is a molecular union of both chemistry and inorganic/organic composition. Cationic and addition cure. The combination of reactivity and hydrophobicity provides for interfacial compatibility and surface modification. The crosslinking capability
- [MA0735 - Methacryloxypropyl POSS](https://www.hybridplastics.com/product/ma0735-methacryl-propyl-poss/) - MA0735 is a hybrid molecule with an inorganic silsesquioxane at the core and organic methacrylate groups attached at the corners of the cage. MA0735 offers fast UV cure, scratch resistance, high conversion, enhanced adhesion, and improved mechanical properties. It also includes hydrophobicity, flow, and dispersion characteristics. Key Properties Formula Weight: 1433.97 Appearance: clear, pale yellow, viscous
- [HC1019.13 - Octyl POSS Cage Mixture](https://www.hybridplastics.com/product/hc1019-13-octyl-poss-cage-mixture/) - Octyl POSS® is a hybrid molecule with an inorganic silsesquioxane at the core and organic i-Octyl and n-Octyl groups attached at the corners of the cage. HC1019.13 is very stable and does not aggregate nor crystallize. APPLICATIONS: Applications include lubrication, gloss enhancement, dispersions, and viscosity reduction. HC1019.13 can also be applied as a plasticizer. COMPATIBILITY
- [AL0125 - Trans-cyclohexanediol Isobutyl POSS](https://www.hybridplastics.com/product/al0125-trans-cyclohexandiol-isobutyl-poss/) - AL0125 is a hybrid molecule with an inorganic silsesquioxane at the core, organic isobutyl groups attached at seven corners of the cage and a trans-cyclohexane diol group on the eighth corner. It is very useful as a monomer in condensation polymerization chemistry to increase strength, toughness and the HDT by limiting chain motion. Applications: biomedical
- [EP0409.01.50 - Glycidyl POSS 50% PGMEA](https://www.hybridplastics.com/product/ep0409-01-50-glycidyl-poss-50-pgmea/) - EP0409.01.50 is a hybrid molecule with an inorganic silsesquioxane at the core and organic glycidyl groups attached at the corners of the cage. This formulation contains PGMEA for coating applications. EP0409.01.50 serves as a high temperature reactive diluent in both aromatic and aliphatic epoxy resin and will increase rubbery plateau modulus. POSS® molecules also have
- [EP0408.10.30 - Epoxycyclohexyl POSS cage mixture 30% Cyclopentanone](https://www.hybridplastics.com/product/ep0408-10-30-epoxycyclohexyl-ethyl-poss-cage-mixture-30-cyclopentanone/) - EP0408.10.30 is a hybrid molecule with an inorganic silsesquioxane at the core and organic epoxycyclohexyl groups attached at the corners of the cage. This formulation contains 30% cyclopentanone for coating applications. EP0408.10.30 can be cured with aromatic, aliphatic amines, and photoinitiators. EP0408.10.30 provides increased use temperature, excellent water and solvent resistance and enhanced thermomechanical performance.
- [EP0408.04.30 - Epoxycyclohexyl POSS cage mixture 30% Cycloaliphatic epoxy diluent](https://www.hybridplastics.com/product/ep0408-04-30-epoxycyclohexyl-ethyl-poss-cage-mixture-30-cycloaliphatic-epoxy-diluent/) - EP0408.04.30 is a physical blend of 70% EP0408 POSS epoxy with 30% cycloaliphatic epoxy diluent. It is an excellent compatibilizer, rheological diluent, and dispersant for particles, ingredients, and effects. Applications: Dual cure chemistry (cationic and thermal) affording increased use temperature as well as excellent water and solvent resistance. EP0408 provides chemical and thermal stability to coatings. It can
- [EP0408.03.30 - Epoxycyclohexyl POSS cage mixture 30% diallyletherbisphenol A](https://www.hybridplastics.com/product/ep0408-03-30-epoxycyclohexyl-ethyl-poss-cage-mixture-30-diallylbisphenol-a/) - EP0408.03.30 is a physical blend of 70% EP0408 POSS epoxy with 30% diallyetherbisphenol A. It is an excellent compatibilizer, rheological diluent, and dispersant for particles, ingredients, and effects. Applications: Dual cure chemistry affording increased use temperature, as well as, excellent water and solvent resistance. EP0408 provides chemical and thermal stability to coatings. It can also be
- [AM0281.01.30 - N-Phenylaminopropyl POSS](https://www.hybridplastics.com/product/am0281-01-30-n-phenylaminopropyl-poss/) - AM0281.01.30 contains a 70 wt% AM0281 concentrate in 30 wt% PGMEA. The organic N-phenylaminopropyl groups at the corners of the cage are highly adhesive, can behave as ligands for metals, and reactive. It is effective at improving weather-ability of polymers and coatings by reducing water sorption. AM0281 is naturally adhesive, greatly increases performance of BMI
- [AM0270 - AminopropylIsooctyl POSS](https://www.hybridplastics.com/product/am0270-aminopropylisooctyl-poss/) - AM0270 is a hybrid molecule with an inorganic silsesquioxane at the core, organic iso-octyl groups attached to seven corners of the cage and an aminopropyl group attached to the eighth. It has been used as a grafting agent and chain terminator. It also improves hydrophobicity and processing. It is also effective at improving weather-ability of polymers
- [AM0265 – AminopropylIsobutyl POSS](https://www.hybridplastics.com/product/am0265-aminopropylisobutyl-poss/) - AM0265 is a hybrid molecule with an inorganic silsesquioxane at the core, organic isobutyl groups attached to seven corners of the cage and an aminopropyl group attached to the eighth. It has been used to increase spacing between chains in polyimides to reduce color. It is also effective at improving weather-ability of polymers and coatings
- [SO1450 - Trisilanol isobutyl POSS](https://www.hybridplastics.com/product/so1450-trisilanol-isobutyl-poss/) - SO1450 is a hybrid molecule with an inorganic silsesquioxane at the core, organic isobutyl groups attached and the corners of the cage and three active silanol functionalities. SO1450 can be used for surface modification of fillers, such as metal oxides and other materials. It is also effective as an additive to thermoplastics and thermoset polymers
- [TH1555 - Mercaptopropyl isooctyl POSS](https://www.hybridplastics.com/product/th1555-mercaptopropyl-isooctyl-poss/) - Graftable structure for solubilization and control of chain motion. Surface modification through mercapto binding. The i-octyl groups aid in solubility, plasticization, hydrophobicity, and gloss. The liquid nature of TH1555 renders it easily miscible with numerous aliphatic and some aromatic resins/monomers. Formula Weight: 1284.37 g/mol RI: 1.47 Density: 1.02 g/ml Relevant literature and use: Used in
- [MA0701 - Acryloxypropyl isobutyl POSS](https://www.hybridplastics.com/product/ma0701-acryloisobutyl-poss/) - MA0701 – AcryloIsobutyl POSS® is used as a comonomer for increased hydrophobicity and toughness. Key Properties Formula Weight: 929.61 Appearance: White powder Solvent Solubility: THF, chloroform, hexane Solvent Insolubility: methanol, acetonitrile Resin Solubility: acrylic monomers and oligomers Refrigerate SDS
- [HC07051013.2211 Methacrylpropyl Trifluoropropyl iso-Octyl PEG POSS](https://www.hybridplastics.com/product/hc07051013-2211-methacryl-trifluoropropyl-iso-octyl-peg-poss/) - Methacryl Trifluoropropyl iso-Octyl PEG POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. APPLICATIONS: Compatibilizer of disparate ingredients in complex coatings. Additionally provides dispersion and rheological diluency can be realized in certain formulations. The reactive memthacryll groups provide for cross linking while the peg arms serve as dispersants, plasticization, and gloss effects.
- [HC0413.53 - Glycidyl PEG POSS](https://www.hybridplastics.com/product/hc0413-53-glycidyl-peg-poss/) - Glycidyl PEG POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. APPLICATIONS: Surface energy control, Wetting and emolliancy. Additionally dispersion and rheological diluency can be realized in certain formulations. The reactive glycidyl groups provide for cross linking while the peg arms serve as dispersants, plasticization, and gloss effects. The HC0413.53 provides a
- [EP0409.07.30 - Glycidyl POSS Nanosilica Dispersion](https://www.hybridplastics.com/product/ep0409-07-30-glycidyl-poss-nanosilica-dispersion/) - EP0409.07.30 Nanosilica Dispersion is two reinforcing agents in one. EP0409 is a hybrid, 1.5nm molecule with an inorganic silsesquioxane at the core, and organic glycidyl groups attached at the corners of the cage, which acts as a multifunctional crosslinker. 30 weight percent of 20nm nanosilica is completely dispersed into the EP0409, creating a clear, colorless
- [MA0719 - Methacryloxypropyl isooctyl POSS](https://www.hybridplastics.com/product/ma0719-methacrylisooctyl-poss/) - MA0719 is used as a comonomer for increased hydrophobicity and toughness. This is a discontinued product and is not kept in stock, available on a custom level only. Replaced by HC0710.13 Please click link, or call or email for details on the replacement product. SDS CAS RN: 2126117-68-6
- [MS0805 - OctaIsooctyl POSS](https://www.hybridplastics.com/product/ms0805-octaisooctyl-poss/) - MS0805 is a hybrid molecule with an inorganic silsesquioxane at the core and inorganic isooctyl groups attached at the corners of the cage. This rigid core acts like molecular ball bearing providing high film strength to reduce friction and wear. MS0805 is very stable even at high loadings and temperatures. It is also useful in
- [HC040713.332 Glycidyl Methacryl PEG POSS®](https://www.hybridplastics.com/product/hc-040713-332-glycidyl-methacryl-peg-poss/) - Glycidyl methacryl PEG POSS® is a molecular union of both disparate functional chemistry and inorganic-organic compositions. APPLICATIONS: Adhesives coatings, dispersion and reactive rheological diluents. Ideal for coatings that can benefit from from dual cure, surface energy control, wetting and plasticization. The peg arms serve as dispersants, plasticization, and gloss effects. COMPATIBILITY Glycidyl Methacryl PEG POSS®
- [HC0407.31 - Glycidyl Methacryl POSS](https://www.hybridplastics.com/product/hc0407-31-glycidyl-methacryl-poss/) - Dual cure capability. UV cationic and free radical or thermal and addition cure. The combination of reactivity provides for compatibilization, interfactial control and dispersion. The high crosslinking capability along with rigid cage core provides hardness and scratch resistance while retaining high optical transmission. Glycidyl Methacryl POSS® is a provided as a mixture of cages sizes 8, 10, 12. The organic groups are randomly
- [HeteroCage-POSS®](https://www.hybridplastics.com/product/hc-poss/)
- [HC0713.31 - Methacryloxypropyl PEG POSS](https://www.hybridplastics.com/product/hc0713-31-methacryl-peg-poss/) - Methacryl PEG POSS® is a molecular union of both functional chemistry and inorganic-organic compositions. APPLICATIONS: Surface energy control, Wetting and emolliancy. Additionally dispersion and rheological diluency can be realized in certain formulations. The reactive methacryl groups provide for high crosslinking while the peg arms serve as dispersants, plasticization, and gloss effects. The HC0713.31 system provides
- [HC0407.13 - Glycidyl Methacryl POSS](https://www.hybridplastics.com/product/hc0407-13-glycidyl-methacryl-poss/) - Dual cure capability. UV cationic and free radical or thermal and addition cure. The combination of reactivity provides for compatibilization, interfactial control and dispersion. The high crosslinking capability along with rigid cage core provides hardness and scratch resistance while retaining high optical transmission. Glycidyl Methacryl POSS® is a provided as a mixture of cages sizes 8, 10, 12. The organic groups are randomly
- [HC0407.11 - Glycidyl Methacryl POSS](https://www.hybridplastics.com/product/hc0407-11-glycidyl-methacryl-poss/) - Dual cure capability. UV cationic and free radical or thermal and addition cure. The combination of reactivity provides for compatibilization, interfactial control and dispersion. The high crosslinking capability along with rigid cage core provides hardness and scratch resistance while retaining high optical transmission. Glycidyl Methacryl POSS® is a provided as a mixture of cages sizes 8, 10, 12. The organic groups are randomly
- [EP3530 - POSS Bond EP3530](https://www.hybridplastics.com/product/ep3530-poss-bond-ep3530/) - EP3530 is a high-use temperature resin with long pot life at elevated temperatures. It is a POSS® enhanced high-temperature epoxy adhesive. EP3530 offers unique properties such as high termal stability as well as outstanding oxygen and chemical resistance. Its long pot life makes it suitable for parts requiring long handling time. Major applications include composites,
- [MS0802 - DodecaPhenyl POSS](https://www.hybridplastics.com/product/ms0802-dodecaphenyl-poss/) - MS0802 – DodecaPhenyl POSS is a hybrid molecule with an inorganic silsesquioxane at the core and organic phenyl groups attached at the corners of the cage. MS0802 can be used as a porogen in plastics and as a nanoreinforcement in rubber. It has also been used to improve laser marking in fluoropolymers. In cosmetics applications,
- [AL0130 - 1,2-Propanediolisobutyl POSS](https://www.hybridplastics.com/product/al0130-12-propanediolisobutyl-poss/) - AL0130 is used as a monomer for condensation polymerizations to increase strength and toughness. APPLICATIONS: tissue engineering Key Properties Formula Weight: 949.64 Appearance: white powder Solvent Solubility: THF, chloroform, acetone, hexane Solvent Insolubility: acetonitrile Resin Solubility: polyethers, polyalcohols CAS: 480439-49-4 SDS

## Product categories

- [Bulk Chemicals](https://www.hybridplastics.com/product-category/bulk-chemicals/)
- [R&D Chemicals](https://www.hybridplastics.com/product-category/rd-chemicals/)
- [POSS Dispersions](https://www.hybridplastics.com/product-category/poss-dispersions/)
- [Thermosets](https://www.hybridplastics.com/product-category/thermosets/)
- [Thermoplastics](https://www.hybridplastics.com/product-category/thermoplastics/)
- [Custom Products & Services](https://www.hybridplastics.com/product-category/custom/)
- [Alcohols](https://www.hybridplastics.com/product-category/alcohols/)
- [Amines](https://www.hybridplastics.com/product-category/amines/)
- [Epoxides](https://www.hybridplastics.com/product-category/epoxides/)
- [Epoxies](https://www.hybridplastics.com/product-category/epoxies/)
- [Fluoroalkyls](https://www.hybridplastics.com/product-category/fluoroalkyls/)
- [Acrylates](https://www.hybridplastics.com/product-category/acrylates/)
- [Methacrylates](https://www.hybridplastics.com/product-category/methacrylates/)
- [Molecular Silicas](https://www.hybridplastics.com/product-category/molecular-silicas/)
- [Olefins](https://www.hybridplastics.com/product-category/olefins/)
- [PEGs](https://www.hybridplastics.com/product-category/pegs/)
- [Silicones](https://www.hybridplastics.com/product-category/silicones/)
- [Silanes](https://www.hybridplastics.com/product-category/silanes/)
- [Silanols](https://www.hybridplastics.com/product-category/silanols/)
- [Trisilanol](https://www.hybridplastics.com/product-category/trisilanol/)
- [Thiols](https://www.hybridplastics.com/product-category/thiols/)

## Product tags

- [Bulk Chemicals](https://www.hybridplastics.com/product-tag/bulk-chemicals/)
- [POSS](https://www.hybridplastics.com/product-tag/poss/)
- [Powder](https://www.hybridplastics.com/product-tag/powder/)
- [R&D Chemicals](https://www.hybridplastics.com/product-tag/rd-chemicals/)
- [Epoxides](https://www.hybridplastics.com/product-tag/epoxides/)
- [Alcohols](https://www.hybridplastics.com/product-tag/alcohols/)
- [Amines](https://www.hybridplastics.com/product-tag/amines/)
- [Thermosets](https://www.hybridplastics.com/product-tag/thermosets/)
- [Methacrylates](https://www.hybridplastics.com/product-tag/methacrylates/)
- [Custom Product](https://www.hybridplastics.com/product-tag/custom-product/)
- [Acrylates](https://www.hybridplastics.com/product-tag/acrylates/)
- [Molecular Silicas](https://www.hybridplastics.com/product-tag/molecular-silicas/)
- [PEGs](https://www.hybridplastics.com/product-tag/pegs/)
- [Silicones](https://www.hybridplastics.com/product-tag/silicones/)
- [Silanes](https://www.hybridplastics.com/product-tag/silanes/)
- [Silanols](https://www.hybridplastics.com/product-tag/silanols/)
- [Trisilanols](https://www.hybridplastics.com/product-tag/trisilanols/)