The importance of carrier resin in low-temperature conductive silver paste for thin-film switch touch screen keyboards

Low-temperature halogen-free conductive silver paste is a light asset manufacturing industry, primarily depending on carrier resin, silver powder, and formula elements.

Low-temperature halogen-free silver paste is a material for preparing conductive functional components in flexible electronic circuits such as film switches, touch screens, and keyboards. The quality of the carrier resin is a critical factor determining the paste's excellent film-forming properties.

The carrier resin in conductive silver paste must first meet the requirements of thixotropy, conductivity, adhesion, flexibility resistance, printability, resistance to sweat, antioxidant properties, and hardness, all in line with the electronics circuit manufacturing standards.

Next, the leveling, volatility, and rheological behavior of the silver paste carrier resin are crucial for ensuring that the paste transfers from the silk screen mesh to the workpiece surface during the printing process, forming conductive patterns on the film switch touch screen keyboard.

Classic saying in the paste industry: Only superior carrier resins can produce high-performance conductive silver paste.

Film Switch Touch Screen Keypad Conductive Silver Paste Polyurethane Carrier Resin LR-9100

BASF polyurethane LR-9100 is an excellent carrier resin for conductive silver paste used in membrane switch touch screen keyboards, also used by overseas low-temperature silver paste manufacturers, boasting unique properties that other TPU resins cannot match.

The LR-9100 carrier resin boasts excellent flexibility resistance, wear resistance, and heat resistance, which are its basic characteristics.

The reliability of LR-9100 carrier resin: LR-9100 features excellent high molecular weight, and the mechanical properties of conductive silver paste can be adjusted within a certain range by formula based on the molecular weight.

LR-9100 carrier resin is halogen-free, free of harmful substances, and meets international standards as an environmentally friendly material:

LR-9100 Excellent Wrapping Property: LR-9100 has high polarity and good adhesion, offering excellent wrapping to silver powder and good conductivity pathways, which is beneficial for the thinning of silver wires.

LR-9100 features adjustable viscosity and excellent printability: The viscosity of LR-9100 silver paste is adjustable, allowing for controlled rheology of the paste, which is beneficial for rapid and high-precision continuous printing onto substrates. Fine-line printing is free of ghosting and webbing.

LR-9100 Adhesion Adjustable: By adding the appropriate additives, the adhesion of LR-9100 can be significantly enhanced on various printing substrates such as PET and PCB.

LR-9100 saves silver powder usage: The carrier resin of LR-9100 and silver powder can be well dispersed, wetted, and bonded. Through special technology and additives, it can enhance electrical properties, reduce resistance, and improve conductivity.

LR-9100 Silver Paste: High crosslinking with curing agent, rapid curing and drying at low temperatures, good shrinkage rate, controllable hardness, and post-curing meets component reliability requirements.

LR-9100 carrier resin is resistant to hand sweat and oxidation: LR-9100 has stable chemical properties, improving many shortcomings of conductive silver paste, especially effective in reducing oxidation, wire breakage, increased electrical resistance, and partial detachment caused by acidic or alkaline hand sweat corrosion during printing operations. It is highly suitable for large-scale production, storage, and use on automated lines.

Low Temperature Conductive Silver Paste Carrier Resin LR-9100 for Touch Screen Keypads Supplier

BASF's polyurethane resin Laromer LR-9100 not only exhibits the fundamental self-adhesive properties in conductive silver paste but also coordinates the compatibility of all components within the paste, addressing issues such as oxidation, acidic or alkaline liquids, and sweat in mass printing, ensuring the product's stability and durability.