Kenwood KFC-4675C 60-Watt 4x6" 2-way Speaker System (KFC4675C)
Kenwood KFC-4675C 60-Watt 4"x6" 2-way Speaker System
The Kenwood KFC-4675C 60-Watt 4x6" 2-way Speaker System feature an injection-molded polypropylene woofer and a 1" PPTA balanced-dome tweeter that broadcasts rich, full sound. Grilles not included — factory grilles are appropriate for most applications.
Injection-molded Polypropylene Woofers: The Kenwood KFC-4675C 60-Watt 4x6" 2-way Speaker System woofers are constructed from injection-molded polypropylene. This process of cone molding assures a uniform cone thickness for superior linearity and clarity. It is also lighter weight and more rigid for decreased distortion and improved bass response. Each woofer uses a treated-cloth surround.
1" PPTA Balanced-dome Tweeters: Each speaker features a 1" PPTA balanced-dome tweeter. PPTA is a high-quality construction material with quick response (rivaling very expensive titanium) and significant internal loss, resulting in accurate transient response and limited tweeter resonance.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Kenwood KFC-4675C 60-Watt 4"x6" 2-way Speaker System
The Kenwood KFC-4675C 60-Watt 4x6" 2-way Speaker System feature an injection-molded polypropylene woofer and a 1" PPTA balanced-dome tweeter that broadcasts rich, full sound. Grilles not included — factory grilles are appropriate for most applications.
Injection-molded Polypropylene Woofers: The Kenwood KFC-4675C 60-Watt 4x6" 2-way Speaker System woofers are constructed from injection-molded polypropylene. This process of cone molding assures a uniform cone thickness for superior linearity and clarity. It is also lighter weight and more rigid for decreased distortion and improved bass response. Each woofer uses a treated-cloth surround.
1" PPTA Balanced-dome Tweeters: Each speaker features a 1" PPTA balanced-dome tweeter. PPTA is a high-quality construction material with quick response (rivaling very expensive titanium) and significant internal loss, resulting in accurate transient response and limited tweeter resonance.
