Monodisperse silica microspheres in dry form. Available in nominal diameters ranging from: 0.3 - 6.0µm. (100% solids) also available see: Silica Microspheres

Monodisperse silica microspheres in dry form. Available in nominal diameters ranging from: 0.3 - 6.0µm. (100% solids) also available see: Silica Microspheres

Monodisperse silica microspheres in dry form. Available in nominal diameters ranging from: 0.3 - 6.0µm. (100% solids) also available see: Silica Microspheres

Monodisperse silica microspheres in dry form. Available in nominal diameters ranging from: 0.3 - 6.0µm. (100% solids) also available see: Silica Microspheres

Monodisperse silica microspheres in dry form. Available in nominal diameters ranging from: 0.3 - 6.0µm. (100% solids) also available see: Silica Microspheres

Monodisperse silica microspheres in dry form. Available in nominal diameters ranging from: 0.3 - 6.0µm. (100% solids) also available see: Silica Microspheres

Monodisperse silica microspheres in dry form. Available in nominal diameters ranging from: 0.3 - 6.0µm. (100% solids) also available see: Silica Microspheres

Monodisperse silica microspheres in dry form. Available in nominal diameters ranging from: 0.3 - 6.0µm.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Polysciences offers uniform, non-porous silica (SiO₂) microspheres available in nominal diameters of ~150nm -5µm. These particles typically have size CVs of 10-15%. Supplied in aqueous suspension of 10% solids.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Polysciences offers uniform, non-porous silica (SiO₂) microspheres available in nominal diameters of ~150nm -5µm. These particles typically have size CVs of 10-15%. Supplied in aqueous suspension of 10% solids.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Polysciences offers uniform, non-porous silica (SiO₂) microspheres available in nominal diameters of ~150nm -5µm. These particles typically have size CVs of 10-15%. Supplied in aqueous suspension of 10% solids.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Polysciences offers uniform, non-porous silica (SiO₂) microspheres available in nominal diameters of ~150nm -5µm. These particles typically have size CVs of 10-15%.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Polysciences offers uniform, non-porous silica (SiO₂) microspheres available in nominal diameters of ~150nm -5µm. These particles typically have size CVs of 10-15%.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Polysciences offers uniform, non-porous silica (SiO₂) microspheres available in nominal diameters of ~150nm -5µm. These particles typically have size CVs of 10-15%.

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Silica Microspheres, amine-functionalized, 100% solids, 0.5µm

These silica microspheres are available with a nominal diameter of 0.5µm to allow the researcher to tailor his/her product design for specific assays.

Silica Microspheres, amine-functionalized, 100% solids, 1.0µm

These silica microspheres are available with a nominal diameter of 1.0µm to allow the researcher to tailor his/her product design for specific assays.

Silica Microspheres, amine-functionalized, 100% solids, 5.0µm

These silica microspheres are available with a nominal diameter of 5.0µm to allow the researcher to tailor his/her product design for specific assays.

Silica Microspheres, carboxyl-functionalized, 100% solids, 0.5µm

These silica microspheres are available with a nominal diameter of 0.5µm to allow the researcher to tailor his/her product design for specific assays.

Silica Microspheres, carboxyl-functionalized, 100% solids, 1.0µm

These silica microspheres are available with a nominal diameter of 1.0µm to allow the researcher to tailor his/her product design for specific assays.

Silica Microspheres, carboxyl-functionalized, 100% solids, 5.0µm

These silica microspheres are available with a nominal diameter of 5.0µm to allow the researcher to tailor his/her product design for specific assays.

Silica Microspheres, streptavidin-modified, 1% solids, 0.5µm

Streptavidin-modified microspheres bind biotinylated ligands easily and with great affinity. They are offered as a 1% dispersion in water.

Silica Microspheres, streptavidin-modified, 1% solids, 1.0µm

Streptavidin-modified microspheres bind biotinylated ligands easily and with great affinity. They are offered as a 1% dispersion in water.

Silica Microspheres, streptavidin-modified, 1% solids, 5.0µm

Streptavidin-modified microspheres bind biotinylated ligands easily and with great affinity. They are offered as a 1% dispersion in water.

These silica microspheres are available with a nominal diameter of 5.0µm to allow the researcher to tailor his/her product design for specific assays.

Polysciences offers colloidal silica microspheres packaged as economical 5% solids dispersion of amorphous silica particles in water with NaOH as a stabilizer. One of the advantages of silica microspheres over polymer microspheres is their exceptional stability. Also, the surface of silica microspheres can be easily functionalized by reaction with organosilanes.

Polysciences offers colloidal silica microspheres packaged as economical 5% solids dispersion of amorphous silica particles in water with NaOH as a stabilizer. One of the advantages of silica microspheres over polymer microspheres is their exceptional stability. Also, the surface of silica microspheres can be easily functionalized by reaction with organosilanes.

0.05µm ± 0.01µm

Polysciences offers colloidal silica microspheres packaged as economical 5% solids dispersion of amorphous silica particles in water with NaOH as a stabilizer. One of the advantages of silica microspheres over polymer microspheres is their exceptional stability. Also, the surface of silica microspheres can be easily functionalized by reaction with organosilanes.

0.10µm ± 0.03µm

Inorganic supports such as silica microspheres have become increasingly important for a variety of applications, including isolation of nucleic acids, cell separation, and immuno- and DNA-based assays. They offer the combined benefits of a broad platform and the unique properties of a silica substrate, such as flexible silanization chemistries, low autofluorescence, and low nonspecific binding of proteins.

Polysciences offers uniform, non-porous silica (SiO₂) microspheres available in nominal diameters of ~150nm -5µm. These particles typically have size CVs of 10-15%. Supplied in aqueous suspension of 10% solids.