AV:Link: 100.035UK, Lightweight Stereo Headphones, 3.5mm Jack, 32 Ohm, 0.9m Cable, Foam Earpads, Adjustable Headband

Product Overview & Key Benefits

The Lightweight Stereo Headphones are designed to offer exceptional sound quality while ensuring maximum comfort. These headphones feature foam earpads and an adjustable headband, making them perfect for prolonged listening sessions. Whether you are exploring audio tours or simply enjoying your favourite music, these headphones deliver a remarkable auditory experience.

Technical Specifications & Product Details

• Type:Stereo Headphones
• Supplier SKU:100.035UK
• Cable Length:0.9m
• Connector:3.5mm stereo jack
• Impedance:32 Ohms
• Speaker Size:27mm diameter
• Frequency Response:20Hz - 18kHz
• Weight:0.0500kg
• Dimensions:27mm (W) x 178mm (H) x 245mm (L)

Ideal Uses & Applications

These headphones are versatile and perfectly suited for various contexts. They can be used comfortably in domestic settings for personal audio enjoyment or in commercial environments for audio tours, exhibitions, and events. Their lightweight design and adjustable headband ensure that they can be worn for extended periods without discomfort. They are ideal for:

• Your daily commute, providing excellent sound isolation on public transport.
• Office environments where quiet concentration is necessary.
• Audio tours in museums or galleries, allowing users to engage with exhibits seamlessly.
• Casual listening on a walk in the park or at home.

Energy Efficiency & Cost Savings

In today's world, energy efficiency is crucial, and the Lightweight Stereo Headphones excel in this regard. They are designed to provide high sound quality without the need for excessive power consumption. This means not only do you enjoy your favourite tracks, but you also contribute to a greener environment. By opting for these headphones, you're making an eco-friendly choice that helps reduce your overall energy use.

With their efficient design and high-quality components, you can expect to not only enjoy superior audio but also experience potential savings through reduced energy consumption compared to less efficient alternatives.