Luminescent greenhouse films that glow when illuminated with sunlight. Unlike shade cloths, or spray coatings that filter light, this technology has the unique property of converting short wavelength photons to longer wavelength photons. This shifting of the sunlight spectrum provides growers a low-cost solution to modify the light spectrum in their greenhouse, without sacrificing PAR. Luminescent polyethylene films also provide diffuse light in all directions. Siligro films convert UV and blue photons to longer wavelength photons, such as orange or red, by using novel nanomaterials called quantum dots (QDs). The absorption and emission spectra of QDs can be altered by simply changing the size of the manufactured QDs. The emitted light can be selected for a specific crop or certain stage of growth to realize optimum crop yields. The current Siligro film emits light centered in the red (700-750 nm). - converts UV light into orange/red wavelengths, which is more efficient for photosynthesis - emitted light has an effect on the plant structure and the plant can focus more energy into the fruit or flowers - the quantum dots in the Siligro film emit light in all directions, providing the greenhouse with diffuse light and allowing the light to reach deeper into the plant canopy - lower cost compared to LED technology
Si-alkyl are silicon nanocrystals passivated with alkyl terminated hydrocarbon chains and are sold as dispersions in toluene. Si-alkyl 700-900 have emission maxima between 700 and 900 nm. Si-alkyl 900 have emission maxima between 900 and 1000 nm Available Options Si-RV-2 | Si-alkyl 700-900 | λ=750-850 nm | V= 10mL, 200uM | 10 | 800,00€exc. VAT Si-RV | Si-alkyl 700-900 | λ=750-850 nm | V= 2mL, 200uM | 10 | 450,00€exc. VAT Si-RNIR-2 | Si-alkyl 900 | λ=900-1000 nm | V= 10mL, 200uM | 30 | 800,00€exc. VAT Si-RNIR | Si-alkyl 900 | λ=900-1000 nm | V= 2mL, 200uM | 30 | 450,00€exc. VAT For Research Use Only. Organic solvents How are SiQDs characterized? Absorption and emission spectra, quantum yield. Certificate of analysis is provided for every production lot. How is the concentration calculated? SiQDs concentration is referred to the concentration of the silicon core only and it is calculated using the Lambert- Beer equation, using absorption coefficients (εabs) reported in Korgel et al., Chem. Mater. 2012, 24, 393−401 Are the SiNCs stable at high temperature? Yes, Si-alkyl chromophore are stable up to 300°C.
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Si-PEG are sold in vials with volume of 1 ml, concentration ≅50 μM. Si-PEG are available as a dispersion in water. Si-PEG 700-900 have emission maxima between 750 and 850 nm. Suggested use within 6 months of receipt. For Research Use Only. Not intended for any animal or human therapeutic or diagnostic use. Related literature. Water suspendable How are SiQDs characterized? DLS, absorption and emission spectra, quantum yield. Certificate of analisys is provided for every production lot. How is the concentration calculated? SiQDs concentration is referred to the concentration of the silicon core only and it is calculated using the Lambert- Beer equation, using absorption coefficients (εabs) reported in Korgel et al., Chem. Mater. 2012, 24, 393−401. What is the typical size of pegylated SiQDs? Hydrodynamic radius is calculated via DLS instrument and is is typically between 40 and 60 nm. Upon request we can provide related data. Is it possible to customize the PEG terminal? The COOH terminal can be functionalized with amide or ester coupling.
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Si-PEG-COOH are sold in vials with volume of 1 ml, concentration ≅50 μM. Si-PEG-COOH are available as a dispersion in water. Si-PEG-COOH 700-900 have emission maxima between 750 and 850 nm. Suggested use within 6 months of receipt. For Research Use Only. Not intended for any animal or human therapeutic or diagnostic use. Water suspendable How are SiQDs characterized? DLS, absorption and emission spectra, quantum yield. Certificate of analisys is provided for every production lot. How is the concentration calculated? SiQDs concentration is referred to the concentration of the silicon core only and it is calculated using the Lambert- Beer equation, using absorption coefficients (εabs) reported in Korgel et al., Chem. Mater. 2012, 24, 393−401. What is the typical size of pegylated SiQDs? Hydrodynamic radius is calculated via DLS instrument and is is typically between 40 and 60 nm. Upon request we can provide related data. Is it possible to customize the PEG terminal? The COOH terminal can be functionalized with amide or ester coupling.
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SINBIOSYS – SBY- produces SiQDs with different passivation layers that enables dispersion in different solvents. The passivation layer consists in covalently linked hydrocarbon chains that confer high stability to the system. SiQDs passivated with alkyl moieties can be dispersed in apolar organic solvents like toluene, DCM, THF, Hexane. SiQDs passivated with carboxylic terminal groups can be suspended in polar solvents like ethanol, methanol and ethyl acetate. SiQDs passivated with alkene terminal groups can be dispersed in apolar organic solvents like toluene, DCM, THF, hexane and they are active for further functionalization. SiQDs passivated with glycol terminal groups can be dispersed in polar solvents like ethanol, methanol and ethyl acetate. Typical absorption (dotted line) and emission spectra (coloured lines) of SiQDs. Emission is tunable in the range 600-1000 nm.
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