Reactant Free Silver Nanoparticles
Reactant Free Silver Nanoparticles
Reactant Free Silver Nanoparticles have the same properties as our Standard Silver Nanoparticles with the added benefit of higher purity (99%).
The reactant free formulation is ideal when performing for example toxicity studies by isolating the effects of the nanoparticles while minimizing those from contaminating reactants remaining from the manufacturing process.
Silver Nanoparticles Introduction Kit (20nm-100nm, reactant free)
RN-CY-SRF-Size-02
Core Sizes: 20nm, 40nm, 60nm, 80nm, 100nm
Quantity: 20ml of each size
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM citrate
Purity: >99% reactant free
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
reactant free silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%) and more than 99% reactant free. This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
Silver Nanoparticles Introduction Kit (10nm-50nm, reactant free)
RN-CY-SRF-Size-01
Core Sizes: 10nm, 20nm, 30nm, 40nm, 50nm
Quantity: 20ml of each size
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM citrate
Purity: >99% reactant free
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
reactant free silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%) and more than 99% reactant free. This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
100nm Reactant Free Silver Nanoparticles
RN-CY-SRF-100-20
Core Size: 100nm
Absorption max: 490nm
Particles per ml: 3.4E+9
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM sodium citrate
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%). This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
80nm Reactant Free Silver Nanoparticles
SRF-80-20
Core Size: 80nm
Absorption max: 457nm
Particles per ml: 6.7E+9
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM sodium citrate
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%). This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
60nm Reactant Free Silver Nanoparticles
RN-CY-SRF-60-20
Core Size: 60nm
Absorption max: 430nm
Particles per ml: 1.7E+10
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM sodium citrate
Purity: >99% reactant free
Intended use: With over 99% purity, our reactant free silver nanoparticles are ideal for sensitive applications requiring a minimum amount of reactants remaining from the manufacturing process. This product is well suitable for nanoparticle toxicity studies as well as conjugate development for blotting and electron microscopy applications.
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%). This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
50nm Reactant Free Silver Nanoparticles
RN-CY-SRF-50-20
Core Size: 50nm
Absorption max: 425nm
Particles per ml: 3.2E+10
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM sodium citrate
Purity: >99% reactant free
Intended use: With over 99% purity, our reactant free silver nanoparticles are ideal for sensitive applications requiring a minimum amount of reactants remaining from the manufacturing process. This product is well suitable for nanoparticle toxicity studies as well as conjugate development for blotting and electron microscopy applications.
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%). This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
40nm Reactant Free Silver Nanoparticles
RN-CY-SRF-40-20
Core Size: 40nm
Absorption max: 416nm
Particles per ml: 7.6E+10
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM sodium citrate
Purity: >99% reactant free
Intended use: With over 99% purity, our reactant free silver nanoparticles are ideal for sensitive applications requiring a minimum amount of reactants remaining from the manufacturing process. This product is well suitable for nanoparticle toxicity studies as well as conjugate development for blotting and electron microscopy applications.
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%). This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
30nm Reactant Free Silver Nanoparticles
RN-CY-SRF-30-20
Core Size: 30nm
Absorption max: 410nm
Particles per ml: 1.34E+11
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM sodium citrate
Purity: >99% reactant free
Intended use: With over 99% purity, our reactant free silver nanoparticles are ideal for sensitive applications requiring a minimum amount of reactants remaining from the manufacturing process. This product is well suitable for nanoparticle toxicity studies as well as conjugate development for blotting and electron microscopy applications.
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%). This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
20nm Reactant Free Silver Nanoparticles
RN-CY-SRF-20-20
Core Size: 20nm
Absorption max: 405nm
Particles per ml: 6.2E+11
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM sodium citrate
Purity: >99% reactant free
Intended use: With over 99% purity, our reactant free silver nanoparticles are ideal for sensitive applications requiring a minimum amount of reactants remaining from the manufacturing process. This product is well suitable for nanoparticle toxicity studies as well as conjugate development for blotting and electron microscopy applications.
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%). This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
10nm Reactant Free Silver Nanoparticles
RN-CY-SRF-10-20
Core Size: 10nm
Absorption max: 390-400nm
Particles per ml: 4E+12
Concentration: 0.02 mg/ml
Formulation: Supplied in 2mM sodium citrate
Purity: >99% reactant free
Intended use: With over 99% purity, our reactant free silver nanoparticles are ideal for sensitive applications requiring a minimum amount of reactants remaining from the manufacturing process. This product is well suitable for nanoparticle toxicity studies as well as conjugate development for blotting and electron microscopy applications.
Properties
Silver nanoparticles are a great alternative to gold nanoparticles if absorption maximum is desired in between 400-500nm. Absorption in this lower range also allows for an increased dynamic range when developing multiplex experiments.
silver nanoparticles are made using a unique proprietary protocol resulting in monodisperse particles and a narrow size distribution (CV <13%). This translates to improved performance in your experiment. In addition, core size batch-to-batch variation is small ensuring that you always end up with the same product.
Storage
Store product in the dark at 4°C.
Do NOT freeze. Freezing causes irreversible aggregation of the silver nanoparticles.
When stored as specified the product is stable for at least 6 months.
Precautions and Disclaimer
This product are for R&D use only, not for drug, household, or other uses.
