Headphone slider replacement kit Beyerdynamic 903760, black

Replacement slider kit Beyerdynamic 903760 in black provides the components needed to restore the adjustable headband mechanism on compatible Beyerdynamic headphones. The kit is intended to replace worn, damaged or missing sliders, returning correct fit and appearance while using materials designed for durability and compatibility with original fittings.

Advantages

The slider kit maintains the original headphone aesthetic by matching the colour and form factor of factory parts and is made from materials chosen for wear resistance and stable adjustment. Using original-compatible sliders avoids the need to replace the entire headband assembly, reducing repair time and cost while preserving headphone comfort and alignment.

Suitable for

• Repairing Beyerdynamic headphones with worn or broken headband sliders
• Restoring headphone fit and alignment for improved comfort
• Maintenance and prolonging the service life of professional or consumer headphones
• Replacing missing sliders after accidental damage or heavy use

Key specifications

• Colour: black
• Compatibility: compatible with original Beyerdynamic slider fittings
• Material: durable engineered plastic and metal components for adjustment
• Function: adjustable headband slider replacement
• Includes: replacement slider components required for both sides (left and right) where applicable

How to use

Remove the damaged or worn sliders from the headband following the headphone manufacturer’s instructions or by carefully detaching the old parts. Fit the replacement slider components onto the headband rail, ensuring correct orientation and secure engagement for both left and right sides. Test the adjustment mechanism to confirm smooth sliding and stable locking positions before regular use.

Recommendations

Handle small parts on a clean, soft surface to avoid scratches or loss. If unsure about disassembly, consult Beyerdynamic service documentation or a qualified repair technician to ensure proper installation and to avoid damage to adjacent components.