WGT-255L Silk Diaphragm Tweeter – 4 Ohm, 25W RMS, 25mm Voice Coil, Precision-Machined Aluminum Housing

The WGT-255L is a 4 ohm high-frequency tweeter that combines an imported silk diaphragm with a precision-machined aluminum housing. Featuring a 25mm voice coil, it is rated for 25W RMS power handling and 50W maximum power handling, making it an option for compatible multi-way speaker systems, custom speaker builds, and component replacement projects.

With a specified frequency response of 1.5kHz–20kHz and a sensitivity of 90dB, this silk diaphragm tweeter is designed for high-frequency reproduction. Its electrical specifications provide clear reference points for matching the tweeter to the intended amplifier and crossover design.

The precision-machined aluminum enclosure houses the tweeter assembly and distinguishes the WGT-255L’s construction. For speaker designers and DIY audio builders seeking an aluminum housing tweeter, this model combines a silk diaphragm with a metal enclosure in a component intended for integration into a compatible speaker system.

Key Features

• Imported silk diaphragm for high-frequency sound reproduction.
• Precision-machined aluminum enclosure.
• 25W RMS rated power handling and 50W maximum power handling.
• 4 ohm nominal impedance.
• 25mm voice coil diameter.
• 90dB sensitivity.
• Specified frequency response of 1.5kHz–20kHz.

Technical Specifications

Product Model: WGT-255L
Product Type: High-Frequency Tweeter
Nominal Impedance: 4Ω
Rated Power (RMS): 25W
Maximum Power: 50W
Voice Coil Diameter: 25mm
Sensitivity: 90dB
Frequency Response: 1.5kHz–20kHz
Diaphragm Material: Imported Silk
Enclosure Material: Precision-Machined Aluminum

Applications and Installation

The WGT-255L can be considered for compatible multi-way speaker assemblies, DIY speaker projects, and replacement applications where its specifications and dimensions match the system requirements. Before installation, verify mounting dimensions, amplifier compatibility, and crossover requirements. The stated frequency response should not be used alone to determine the crossover frequency.