KEGLAND
Nukatap SSIDR
465,000
Price stated is
the suggested retail price, discounted
from the list price. Retail price may vary across
different retail locations and distribution channels.
Suggested retail price is before any applicable taxes.
from the list price. Retail price may vary across
different retail locations and distribution channels.
Suggested retail price is before any applicable taxes.
KL15509, NUKATAP the tap that blasts the competition apart!, , What makes the NUKATAP different among the older manufactured styles of taps on the market, - First Pour Foam Reduction in Thermal Mass, - Improved Laminar Flow, - Most Sanitary Forward Sealing Design Design, - Longer Life Seals, - Move Versatle Tap Handle Angle, , First Pour Foam Reduction, The reduction in thermal mass significantly reduces the first pour foam effect. The tap is often the warmest part of the draft system as it protrudes from the font/tower/fridge. As a result, it acts like a heat sink and only works well once enough cold beer flows through it to cool the tap body down. This reduction of thermal mass significantly improves the foam that is poured while the tap is cooling down., , , Laminar Flow, The NUKASHUTTLE design is the worlds first seamless shuttle. After many months of modeling and testing this new NUKE shaped shuttle design has the most fluid dynamic shuttle shape ever manufactured for a forward sealing tap. The streamline nuke/missile shape is how this new innovation earned its name NUKATAP. This leap forward in laminar flow means even highly carbonated beers pour like a dream with minimal turbulence and giving you the perfect pour every time. , , , Most Sanitary Design, The NUKASHUTTLE is the worlds first seamless single-piece design. Traditional taps have a seal that is seated on a stainless-steel body creating small fissures that harbor solids, are potential sites for infection, and are not as ideal for clean in place (CIP). The NUKASHUTTLE is an advanced TPV rubber matrix that been seamlessly formed over a durable PP skeleton. This single-piece design takes away the traditional fissures found in older manufacturing methods.
