In the intricate world of circuit board manufacturing, precision and durability are paramount. At Brady, we offer a range of innovative labelling materials meticulously engineered to withstand the rigorous processes and harsh conditions encountered in the manufacturing of printed circuit boards (PCBs).
In this blog we will delve into the diverse array of Brady's high temperature labelling solutions, each tailored to meet specific needs in the PCB industry.
Matte Labelling
B-728 High Temp Matte Polyimide
B-728 stands out as a matte polyimide label stock designed to endure the various processes, fluxes, and cleaning solvents inherent in PCB manufacturing.
Key Features:
Matte Finish:
B-728 features a matte polyimide label stock designed to ensure clarity in identification while providing excellent resistance to solder balling, making it ideal for circuit board labelling where a matte finish is desired.
Durability:
Engineered to endure various processes, fluxes, and cleaning solvents inherent in PCB manufacturing, B-728 ensures reliable identification even in demanding manufacturing environments.
Versatility and Temperature Resilience:
Suitable for top or bottom-side component or board identification, B-728 offers versatility in its application, withstanding temperatures ranging from -70 to 100°C (-94 to 212°F).
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Ultra-Thin Matte Labelling
B-729 Ultra-Thin Matte High Temp Polyimide
For those seeking an ultra-thin matte finish label for pre-process circuit board identification, B-729 Ultra-Thin Matte High Temp Polyimide is the solution.
Key Features:
Ultra-Thin Design:
B-729 is an ultra-thin matte finish label designed for pre-process circuit board identification, ensuring durability and reliability while maintaining a sleek profile.
Harsh Condition Resistance:
Engineered to withstand high temperatures -70 to 100°C (-94 to 212°F) and multiple cycles of harsh condition washes used in circuit board cleaning processes, B-729 provides long-lasting identification in demanding manufacturing environments.
Precision Labelling:
With its ultra-thin design and matte finish, B-729 offers precision labelling solutions, contributing to enhanced efficiency and accuracy in PCB production processes.
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Labelling By Colour
B-776 Green High Temp Polyimide
B-776 offers a unique light green polyimide material designed for circuit board and component preprocess labelling.
Key Features:
Visual Differentiation:
B-776 features a unique light green polyimide material designed for visual differentiation between Lead (Pb) Free and non-Lead (Pb) Free manufacturing processes, ensuring clarity and organisation in PCB production.
High-Temperature Resistance:
Engineered for high-temperature and solvent resistance, B-776 offers durability and reliability from -70 to 100°C (-94 to 212°F), making it suitable for challenging manufacturing environments.
Process Compatibility:
Designed for circuit board and component preprocess labelling, B-776 is compatible with various PCB manufacturing processes, contributing to seamless integration into production workflows.
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Best Print Performance
B-777 Non-Reflow High Temp Polyimide
When optimal print performance without the need for reflow or preheating is essential, B-777 steps in as the ideal choice to ensure clear and legible identification without compromising print quality.
Key Features:
Print Performance:
B-777 ensures optimal print performance without the need for reflow or preheating, providing clear and legible identification on printed circuit boards.
Harsh Condition Endurance:
Engineered to withstand high temperatures -70 to 100°C (-94 to 212°F) and multiple cycles of harsh condition washes without reflow or preheating, B-777 ensures durability and reliability in demanding manufacturing environments.
Quality Assurance
With its white polyimide material and superior print performance, B-777 offers high-quality identification solutions, contributing to enhanced efficiency and precision in PCB production.
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Withstands Extremely High Temperatures
B-724 Matte Amber Ultra Heat Resistant Polyimide
In environments where extreme temperatures are encountered, B-724 offers unmatched durability to withstand extremely high temperatures
Key Features:
Extreme Temperature Endurance:
B-724 features a matte polyimide label stock designed to withstand extremely high temperatures of -70 to 180°C (-94 to 356°F), ensuring reliable identification on circuit boards, even in the most demanding conditions.
Durability:
Engineered for extreme heat resistance, this material offers unmatched durability, making it suitable for challenging manufacturing environments where extreme temperatures are encountered.
Application Versatility:
With its versatility in application for top or bottom-side component or board identification, B-724 provides flexibility in its use, contributing to enhanced efficiency in PCB production processes.
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Glossy Labelling
B-727 Heat Resistant Polyimide
For those preferring a glossy finish, B-727 is the glossy polyimide label stock of choice to ensure clear and professional-looking identification.
Key Features:
Glossy Finish:
B-727 features a glossy polyimide label stock designed to provide excellent contrast and smear resistance, ensuring clear and professional-looking identification on printed circuit boards.
Process Compatibility:
Engineered to endure various processes and cleaning solvents in PCB manufacturing, B-727 offers reliability and durability, making it suitable for demanding manufacturing environments.
Visual Appeal and Temperature Endurance:
With its glossy topcoat, B-727 offers visual appeal while ensuring clarity and legibility in identification, contributing to enhanced efficiency and precision in PCB production processes. Additionally, it withstands temperatures from -70 to 100°C (-94 to 212°F).
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Back to You
Brady's high temperature labelling solutions offer a comprehensive range of materials designed to meet the diverse needs of circuit board manufacturing. From matte to glossy finishes, and ultra-thin designs to extreme heat resistance, these labelling materials provide durable and reliable identification solutions, contributing to enhanced efficiency and precision in PCB production.
