Halloween Special Brady 3dps-9.5x50mm-b7646yl-2s Diesel Resistant Sleeves 622511 Limited Time 70% Off [0FCqmJ3k]

Brady 3DPS-9.5x50mm-B7646YL-2S Diesel Resistant Sleeves

Brady's 3DPS-9.5x50mm-B7646YL-2S Diesel Resistant Sleeves are designed for maximum insulation protection and permanent identification in harsh environments. These sleeves are specifically engineered to fit snugly around wires, ensuring that your electrical connections remain secure and durable. With their exceptional resistance to diesel, organic fluids, common fuels, lubricants, and solvents, these sleeves provide unparalleled protection for your critical wiring applications.

Key Features and Specifications

The B-7646 sleeves boast a robust 3:1 shrink ratio, which ensures a tight and secure fit around wires. Their diesel resistance is not just a claim; it is backed by compliance with stringent industry standards. When printed with Brady's R-6600 series thermal transfer ribbons, these sleeves meet the rigid insulating material requirements of NF F 00-608 type A and H norm, SAE AS-81531 for mark permanence, and MIL-STD-202 method 215K for solvent resistance. This means that your labels will not fade or smudge, providing long-lasting identification and protection.

Practical Applications and Benefits

Ideal for use in the automotive, industrial, and construction industries, Brady's Diesel Resistant Sleeves offer a multitude of practical benefits. Their versatility allows them to be used in a variety of environments, from the toughest industrial settings to the high-stress conditions of automotive applications.

• Improved Durability: The sleeves are resistant to harsh chemicals and fuels, ensuring that your wiring remains protected against damage.
• Long-lasting Identification: The sleeves are compatible with Brady's Thermal Transfer Printers, allowing for durable and smudge-proof labels that can withstand the test of time.

With Brady's Diesel Resistant Sleeves, you can rest assured that your electrical connections will be both safe and identifiable, no matter the conditions.