Brazing and Soldering

Soldering is commonly used in:

• Electronics: Soldering provides reliable, conductive joints essential for electronic circuits and components.
• Sealed Joints: Soldering is also used for creating quick and durable sealed joints, providing an efficient solution where a strong but temporary connection is needed.

Selective soldering enhances production efficiency by:

• Targeting Specific Areas: This process allows solder to be applied precisely where needed, reducing waste and material costs.
• Minimising Masking Requirements: By only applying solder to specific joints, selective soldering reduces the need for masking, saving time and improving production speed.

Selective soldering is ideal for projects that require accuracy and efficiency, especially in high-volume production.

For most applications, lead-free solder is used, particularly for items that may come into contact with water. Lead-free solder provides a safe, strong joint while complying with environmental standards and reducing health risks.

Yes, lead-free soldering is an eco-friendly option that has become standard in many applications. Lead-free solder eliminates the environmental and health risks associated with lead, making it safer for water-related products and electronic components.

Quality and reliability in soldering are maintained through:

• ISO 9001 Certification: This quality management system ensures consistent standards in production.
• Trained and Experienced Staff: Skilled staff with extensive training ensure each joint meets industry standards for durability and performance.

These measures help guarantee strong, reliable solder joints in every project.

• Vacuum Brazing: This method uses a conveyor oven to reduce atmospheric pressure, allowing the copper braze to flow naturally into joints through capillary action. It’s ideal for creating high-pressure seals.
• Traditional Brazing: Traditional brazing applies the filler metal to the surface, creating a strong, tensile joint that provides a secure air and fluid seal.

Vacuum brazing is best suited for high-pressure applications, while traditional brazing offers strong bonds for a range of other uses.

Vacuum brazing enhances joint quality by using capillary action to draw the filler metal into joints, creating a smooth, consistent bond. This results in high-strength, leak-proof seals ideal for critical applications.

Industries that benefit from vacuum brazing include:

• Automotive: Commonly used in brake lines and other high-pressure components.
• Fluid and Air Line Manufacturing: Any industry needing secure, high-pressure seals on fluid or air lines.

These industries rely on vacuum brazing for its strength, durability, and ability to create precise, reliable joints.

Yes, one of the key benefits of vacuum brazing is its ability to join dissimilar materials effectively. This flexibility allows for reliable joints between different metals, providing versatility in complex assemblies.

Vacuum brazing is generally cost-effective for high-volume production due to:

• Lower Setup Costs: Unlike traditional brazing, it doesn’t require complex jigs to hold components.
• High Efficiency for Large Volumes: The conveyor oven process is well-suited to high-volume production, keeping costs manageable.

This makes vacuum brazing an economical choice for industries that require large quantities of brazed components with consistent quality.