Silver Conductive PastePrice range: $ 165.00 through $ 1,429.00
Main Highlights
- CAS number – 7440-22-4
- Form – Semi-solid paste (micro-particles)
- Matrix – α-Terpineol (Recommended washing solvent = Ethanol, Methanol, IPA and any Polar Solvent
- Recommended Substrates – Plastic film, ITO glass, and ITO film and many more
- Resistivity – 0.01 to 0.05 ohms/sq
- Curing temperature – 120˚ C – 150˚ C / 30 – 60 seconds
- Viscosity – 100,000 – 300,000 cP
- Particle size – 200 nm (80%) / < 5 nm (20%)
- Melting Point (MP) – 960˚ C (lit)
- Boiling Point (BP) – 2212 ˚ C (lit)
- Density – 10.49 g/cmᵌ (lit)
- Storage temperature – 7˚ C – 15˚ C
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Description
-
Additional information
Description
Specification and Details of Silver Conductive Paste
The Silver conductive paste is highly conductive in nature. It is also known as a conductive paint by many. Mostly it used for research and industries, but it is mainly an industrial-grade. This innovative paste made from a unique combination of compounds, which is developed precisely to form the electrically conductive glue. It usually used to convert an insulative surface into a conductive surface.
It denoted by the (Ag), which is a molecular or linear formula of the silver. The concentration of the conductive paste is more than 75%, while the purity of the silver paint is 99.98%. It is electrical and thermally conductive in nature. The adhesion of the silver paste is very high; hence it readily adheres to any surface. It is very quickly become dry due to its volatile solvent base.
Resources Download
It is a principal raw material for the making of printable silver conductive ink, mainly used in the PCB’s. Since it could readily dissolve in thinner or solvent, the viscosity of the conductive paste is customizable as per the applications. Generally, it is highly conductive than any other conductive paints.
The primary conductive material suspended in a significantly strong adhesive material, which borders the electrical-conduction material. The adhesive molded in such a manner around the conductive material that, the material’s electrical bond is intact and it does not lose its conductivity.
We are the leading industrial component suppliers, develops and sells silver-based conductive paste. Majorly, the sticky material made from a durable and reliable synthetic resin, along with a couple of other materials.
Applications of Silver Conductive Paste
Silver Conductive Paste is utilized in various modern technologies due to its exceptional electrical conductivity and versatility. To support advanced designs in the solar industry, such as bifacial and PERC (Passivated Emitter and Rear Cell) panels, fine electrodes are printed on photovoltaic cells to enable effective electron collection. In electronics, it creates flexible and stretchable circuits for smartphones, RFID (Radio Frequency Identification) tags, e-paper, and wearable devices, while also aiding in circuit board repair and the development of thermoelectric sensors. In healthcare, it provides precise conductive paths in glucose test strips, ECG (Electrocardiography) and EEG (Electroencephalography) electrodes, wearable health patches, and innovative drug delivery systems. Industries also use it to repair automotive defogger lines, shield devices from electromagnetic interference, form low-temperature connections, coat SEM (Scanning Electron Microscope) samples, and power innovative glass systems.
How to use Silver Conductive Paste
Silver conductive paste is used to create or repair electrical connections with good conductivity. Follow these steps for the best results:
Preparation
- Shake or stir well before use, as Silver particles tend to settle to the bottom.
- Use isopropanol or acetone to clean the surface and remove traces of oil, grease, or dust.
- Ensure the surface is completely dry before application.
- Use masking tape to protect surrounding components.
Application
- Stir the paste thoroughly before use
- Apply with a brush, spatula, or spray as recommended.
- Spread evenly; avoid air bubbles or extra-thick layers.
- Use multiple thin coats for wider connections.
Drying and Curing
- Touch-dry in about 10 minutes, usable in 30 minutes.
- For best strength and conductivity, warm at 120 °C for 5–10 minutes after initial drying.
- The entire surface dries in approximately 1 hour at 27 °C, and the dry surface is touchable after 4 hours.
Testing and Verification
- Test connections with a multimeter after the material has fully cured.
- Check for continuity and low resistance.
- Reapply if gaps or poor connections are found.
Storage
- Shelf life is 6 months when properly stored and unopened.
- Keep container tightly closed and moisture-free.
Additional information
Weight
N/A
Gram
25, 50, 100, 250
Resistivity
0.01 to 0.05 ohms/sq
Density
10.49 g/cmᵌ (lit)
Price range: $ 165.00 through $ 1,429.00
Main Highlights
- CAS number – 7440-22-4
- Form – Semi-solid paste (micro-particles)
- Matrix – α-Terpineol (Recommended washing solvent = Ethanol, Methanol, IPA and any Polar Solvent
- Recommended Substrates – Plastic film, ITO glass, and ITO film and many more
- Resistivity – 0.01 to 0.05 ohms/sq
- Curing temperature – 120˚ C – 150˚ C / 30 – 60 seconds
- Viscosity – 100,000 – 300,000 cP
- Particle size – 200 nm (80%) / < 5 nm (20%)
- Melting Point (MP) – 960˚ C (lit)
- Boiling Point (BP) – 2212 ˚ C (lit)
- Density – 10.49 g/cmᵌ (lit)
- Storage temperature – 7˚ C – 15˚ C
- Description
- Additional information
Description
Specification and Details of Silver Conductive Paste
The Silver conductive paste is highly conductive in nature. It is also known as a conductive paint by many. Mostly it used for research and industries, but it is mainly an industrial-grade. This innovative paste made from a unique combination of compounds, which is developed precisely to form the electrically conductive glue. It usually used to convert an insulative surface into a conductive surface.
It denoted by the (Ag), which is a molecular or linear formula of the silver. The concentration of the conductive paste is more than 75%, while the purity of the silver paint is 99.98%. It is electrical and thermally conductive in nature. The adhesion of the silver paste is very high; hence it readily adheres to any surface. It is very quickly become dry due to its volatile solvent base.
Resources Download
It is a principal raw material for the making of printable silver conductive ink, mainly used in the PCB’s. Since it could readily dissolve in thinner or solvent, the viscosity of the conductive paste is customizable as per the applications. Generally, it is highly conductive than any other conductive paints.
The primary conductive material suspended in a significantly strong adhesive material, which borders the electrical-conduction material. The adhesive molded in such a manner around the conductive material that, the material’s electrical bond is intact and it does not lose its conductivity.
We are the leading industrial component suppliers, develops and sells silver-based conductive paste. Majorly, the sticky material made from a durable and reliable synthetic resin, along with a couple of other materials.
Applications of Silver Conductive Paste
Silver Conductive Paste is utilized in various modern technologies due to its exceptional electrical conductivity and versatility. To support advanced designs in the solar industry, such as bifacial and PERC (Passivated Emitter and Rear Cell) panels, fine electrodes are printed on photovoltaic cells to enable effective electron collection. In electronics, it creates flexible and stretchable circuits for smartphones, RFID (Radio Frequency Identification) tags, e-paper, and wearable devices, while also aiding in circuit board repair and the development of thermoelectric sensors. In healthcare, it provides precise conductive paths in glucose test strips, ECG (Electrocardiography) and EEG (Electroencephalography) electrodes, wearable health patches, and innovative drug delivery systems. Industries also use it to repair automotive defogger lines, shield devices from electromagnetic interference, form low-temperature connections, coat SEM (Scanning Electron Microscope) samples, and power innovative glass systems.
How to use Silver Conductive Paste
Silver conductive paste is used to create or repair electrical connections with good conductivity. Follow these steps for the best results:
Preparation
- Shake or stir well before use, as Silver particles tend to settle to the bottom.
- Use isopropanol or acetone to clean the surface and remove traces of oil, grease, or dust.
- Ensure the surface is completely dry before application.
- Use masking tape to protect surrounding components.
Application
- Stir the paste thoroughly before use
- Apply with a brush, spatula, or spray as recommended.
- Spread evenly; avoid air bubbles or extra-thick layers.
- Use multiple thin coats for wider connections.
Drying and Curing
- Touch-dry in about 10 minutes, usable in 30 minutes.
- For best strength and conductivity, warm at 120 °C for 5–10 minutes after initial drying.
- The entire surface dries in approximately 1 hour at 27 °C, and the dry surface is touchable after 4 hours.
Testing and Verification
- Test connections with a multimeter after the material has fully cured.
- Check for continuity and low resistance.
- Reapply if gaps or poor connections are found.
Storage
- Shelf life is 6 months when properly stored and unopened.
- Keep container tightly closed and moisture-free.
Additional information
Weight | N/A |
---|---|
Gram | 25, 50, 100, 250 |
Resistivity | 0.01 to 0.05 ohms/sq |
Density | 10.49 g/cmᵌ (lit) |
- Description
- Additional information
Description
Specification and Details of Silver Conductive Paste
The Silver conductive paste is highly conductive in nature. It is also known as a conductive paint by many. Mostly it used for research and industries, but it is mainly an industrial-grade. This innovative paste made from a unique combination of compounds, which is developed precisely to form the electrically conductive glue. It usually used to convert an insulative surface into a conductive surface.
It denoted by the (Ag), which is a molecular or linear formula of the silver. The concentration of the conductive paste is more than 75%, while the purity of the silver paint is 99.98%. It is electrical and thermally conductive in nature. The adhesion of the silver paste is very high; hence it readily adheres to any surface. It is very quickly become dry due to its volatile solvent base.
Resources Download
It is a principal raw material for the making of printable silver conductive ink, mainly used in the PCB’s. Since it could readily dissolve in thinner or solvent, the viscosity of the conductive paste is customizable as per the applications. Generally, it is highly conductive than any other conductive paints.
The primary conductive material suspended in a significantly strong adhesive material, which borders the electrical-conduction material. The adhesive molded in such a manner around the conductive material that, the material’s electrical bond is intact and it does not lose its conductivity.
We are the leading industrial component suppliers, develops and sells silver-based conductive paste. Majorly, the sticky material made from a durable and reliable synthetic resin, along with a couple of other materials.
Applications of Silver Conductive Paste
Silver Conductive Paste is utilized in various modern technologies due to its exceptional electrical conductivity and versatility. To support advanced designs in the solar industry, such as bifacial and PERC (Passivated Emitter and Rear Cell) panels, fine electrodes are printed on photovoltaic cells to enable effective electron collection. In electronics, it creates flexible and stretchable circuits for smartphones, RFID (Radio Frequency Identification) tags, e-paper, and wearable devices, while also aiding in circuit board repair and the development of thermoelectric sensors. In healthcare, it provides precise conductive paths in glucose test strips, ECG (Electrocardiography) and EEG (Electroencephalography) electrodes, wearable health patches, and innovative drug delivery systems. Industries also use it to repair automotive defogger lines, shield devices from electromagnetic interference, form low-temperature connections, coat SEM (Scanning Electron Microscope) samples, and power innovative glass systems.
How to use Silver Conductive Paste
Silver conductive paste is used to create or repair electrical connections with good conductivity. Follow these steps for the best results:
Preparation
- Shake or stir well before use, as Silver particles tend to settle to the bottom.
- Use isopropanol or acetone to clean the surface and remove traces of oil, grease, or dust.
- Ensure the surface is completely dry before application.
- Use masking tape to protect surrounding components.
Application
- Stir the paste thoroughly before use
- Apply with a brush, spatula, or spray as recommended.
- Spread evenly; avoid air bubbles or extra-thick layers.
- Use multiple thin coats for wider connections.
Drying and Curing
- Touch-dry in about 10 minutes, usable in 30 minutes.
- For best strength and conductivity, warm at 120 °C for 5–10 minutes after initial drying.
- The entire surface dries in approximately 1 hour at 27 °C, and the dry surface is touchable after 4 hours.
Testing and Verification
- Test connections with a multimeter after the material has fully cured.
- Check for continuity and low resistance.
- Reapply if gaps or poor connections are found.
Storage
- Shelf life is 6 months when properly stored and unopened.
- Keep container tightly closed and moisture-free.
Additional information
Weight | N/A |
---|---|
Gram | 25, 50, 100, 250 |
Resistivity | 0.01 to 0.05 ohms/sq |
Density | 10.49 g/cmᵌ (lit) |