• Introductory 20% off & free shipping
• Same-day or next-day delivery for Long Island and Tri-State Area
• COVID 19 Testing & Research Consumable
• Employs dispersive SPE principles
• Micro-purify and extract femtomole (fmol) to picomole (pmol) quantities of analytes 
• Suitable for sample preparation of small molecules, peptides, protein, RNA, DNA before chromatography, mass spectrometry, and PCR
• 1 mL tip volume, 96 quantity. Use the drop-down menu to bed weights

Same-day or next-day delivery for Long Island and Tri-State Area

Employs Monolith SPE principles

Micro-purify and extract femtomole (fmol) to picomole (pmol) quantities of analytes

Suitable for sample preparation of small molecules, peptides, protein, RNA, DNA before chromatography, mass spectrometry, and PCR

Available in 1 mL & 200 uL tip volume, 96 quantity. Use the drop-down menu to bed weights

• Features include:

- Spherical mechanically robust graphite microbeads with 5 um diameter, optimal size distribution, and high surface area.

- The media is 100% water compatible. 

- The media is pH stable, ranging from 1-14, and temperature stable up to 200◦C, facilitating robust  high throughput consistent separation.

-  Reusable and recyclable materials that promote sustainability. 
 

• Quantity - 1
• Reverse phase media. Columns packed with all carbon microbead of 5 µm average diameter.
• Carbon Source is Natural Graphite.
• Packaging: Prefilled in fused silica capillary columns.
• Custom capillary columns pre-filled with All-carbon stationary phase media synthesized using other carbon sources such as graphene, carbon nanotubes, fullerenes, carbon black, and activated carbon Available. Please inquire.
•  

• COVID 19 Research Material for RNA extraction
• Novel spherical all-carbon microparticle synthesized using natural graphite
• Applications include stationary phase media for solid phase extraction 
• Contact us for bulk pricing
• Custom all-carbon spherical microparticles synthesized using other carbon sources such as graphene, carbon nanotubes, fullerenes, carbon black, and activated carbon available. Please inquire

• Features include:

- Spherical mechanically robust graphite microbeads with 40 um diameter, optimal size               

   distribution, and high surface area.

- The media is 100% water compatible. 

- The media is pH stable, ranging from 1-14, and temperature stable up to 200◦C, facilitating robust       high throughput consistent separation.

-  Reusable and recyclable materials that promote sustainability. 
 

• Quantity - 1
• Reverse phase media. Columns packed with all carbon microbead of 40 µm average diameter.
• Carbon Source is Natural Graphite.
• Packaging: Prefilled in autoclavable plastic columns.
• Custom Flash columns All-carbon stationary phase media synthesized using other carbon sources such as graphene, carbon nanotubes, fullerenes, carbon black, and activated carbon Available. Please inquire.
•  

- Truly Fritless technology. Other fritless SPE products use porous frits.

- Facilitate robust high throughput consistent extraction. Solves issues such as suboptimal packing, channeling, and voiding within a loosely packed powder media bed of traditional frit-based SPE products.

- Promote sustainability. Can be sterilized and reused with degradable or recycled components, improving sustainability.

- Introductory 20% off & Free Shipping

• Columns packed with microbead stationary phase media of 5 µm average diameter.

• Carbon Source is Natural Graphite. Custom all-carbon stationary phase media synthesized using other carbon sources such as graphene, carbon nanotubes, fullerenes, carbon black, and activated carbon Available. Please inquire.

• Packaging: Bulk Bagged in a Corrugated Box.

• Columns packed with microbead stationary phase media of 10 µm or 40 µm average diameter.

• Carbon Source is Natural Graphite. Custom all-carbon stationary phase media synthesized using other carbon sources such as graphene, carbon nanotubes, fullerenes, carbon black, and activated carbon Available. Please inquire.

• Packaging: Bulk Bagged in a Corrugated Box.

- Research Consumable

- Research Consumable

• Novel electrically conducting spherical natural graphite microbeads.

• Capture and release of charged analytes driven by applied voltage.

• Pseudo-capacitive behavior allows for charge storage.

• Ion exchange and reverse-phase separation mechanism.

  Tunable size (diameter 5 µm to ≥ 1 mm) and porosity (pore size 10 -100 nm).

• Enables efficient, repetitive, selective separation of charged small (e.g. monophosphate nucleotides, peptides) and large (DNA, RNA, proteins) analytes.

• Allows multimodal separation of analytes.

• Carbon spherical microbeads synthesized using other carbon sources such as graphene, carbon nanotubes, fullerenes, carbon black, and activated carbon available. Please inquire.
• Contact us for bulk pricing.

• Novel spherical natural graphite microbeads with epoxide functional groups.
• Enables customized stationary phase media for multimodal affinity separation and purification.
• Facilitates separation and purification of biomacromolecules for pharmaceutical and diagnostics research and development applications.
• Carbon spherical microbeads synthesized using other carbon sources such as graphene, carbon nanotubes, fullerenes, carbon black, and activated carbon available. Please inquire.
• Contact us for bulk pricing.