The Laboratory quartz crucibles 100ml
are vital implements in scientific research as they are thermally resistant,
chemically stable, and quite durable. They are capable of holding about 100ml
of substances, withstand high temperature applications, such as material
synthesis, metal casting, and high purity chemical reactions.
Some
of the major features include:
High Thermal Stability: They resist
temperatures considerably greater than 1,000°C without any loss of structural
integrity.
Chemical Resistance: These crucibles
resist acids, alkalies, and other corrosive materials to maintain the sample's
purity.
Low Contamination: Quartz crucibles are
non-porous and thus do not introduce contaminants into the sample, making them
suitable for accurate experiments.
Durability & Transparency: The
material is quite durable and provides a modicum of transparency, allowing for
observation of reactions.
Crucibles are used in analytical
chemistry, metallurgy, and semiconductor manufacturing wherein reliable and
consistent performance is expected in a challenging laboratory environment.
Amine-Terminated
Silica Magnetic Beads: Advanced Functionalized Research Particles
Amine terminated magnetic silica beads
are nanoparticles that have been specifically designed to be used in various
biotechnological and industrial purposes. Such functionalized beads merge the
magnetic properties of an iron oxide core with silica. They therefore satisfy
requirements for bioseparation, diagnostics, or targeted drug delivery.
Main
Features:
Magnetic Core: The bead is capable of
external magnetic fields in order to pull and separate easily.
Silica Coating: It allows for its
stability and eases the functionalizing effort, making the beads responsive to
a plethora of applications.
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| Laboratory Quartz Crucibles 100ml |
Amine-Terminated Surface: It paves the
way for easy conjugation with biomolecules like antibodies, proteins, or
nucleic acids.
High Binding Capacity: Has capabilities
for effectively attaching target molecules to facilitate their applications in
immunoassays and biosensing.
These beads have been extensively
employed in molecular biology, drug delivery systems, and the field of
nanotechnology research. It will certainly offer ubiquitous tools to scientists
who work in frontier applications.
For the high-quality Laboratory
quartz crucibles 100ml and Amine-terminated magnetic silica
beads, visit the imaginary vast array of innovative materials shaped for the
most advanced scientific applications found in Alpha Nano Tech.
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