Heat Shrink

 Schmartboard’s Jumper Wire Hacker kits combine the flexibility of jumper wires with the protective benefits of heat shrink tubing. These jumper wires are ideal for creating secure, insulated connections in your electronic projects, helping to protect wires from shorts, environmental factors, and mechanical stress.

Key Features:

• Protective Heat Shrink Tubing: The jumpers come with pre-applied heat shrink tubing, which, when heated, tightly conforms around the wire, providing insulation and protection from external elements, such as moisture and abrasion.
• Reliable and Durable: Made with high-quality wires and heat shrink material, these jumpers ensure a stable and long-lasting connection while preventing wear and tear over time.
• Customizable Length and Fit: The heat shrink tubing can be shrunk to fit snugly around the jumper wire, ensuring a tight and secure insulation for your connections.
• Versatile Use: Ideal for use in a wide range of applications, from automotive circuits to home electronics, Schmartboard’s heat shrink jumpers can be used to provide added durability in both low- and high-stress environments.
• Perfect for Prototyping and Final Assembly: Whether you're prototyping a circuit or assembling a finished project, these jumpers offer both reliable connections and protection, making them essential for high-quality, long-lasting projects.

Schmartboard’s Heat Shrink Jumpers provide an added layer of protection and durability for your electronic connections. With the benefits of insulation and strain relief, these jumpers are perfect for securing and protecting your projects in various conditions.

Schmartboard Wire Jumper Hacker Kits contain 42 pieces of 1.0" heat shrink tubes and a row of extra-long headers. They can be used for modifying jumpers you have in hand to the functionality that you need immediately. Examples of what you can use them for: change a female jumper into a male jumper; connect female jumpers together to create longer jumpers; color code jumpers to differentiate signals; splice bare wires together;... Let us know your ideas so that we can add them.