Kitchen Taps NZ

Titan kitchen mixer taps are engineered specifically for kitchen use, where frequent interaction demands predictable control and long-term reliability. Every mixer tap in this collection is designed to regulate flow and temperature with precision, remaining stable under repeated daily adjustment without introducing unnecessary complexity into the kitchen environment.
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16 Results

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16 Results

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16 Results
  • TTSS1 - Sink Mixer Tap - TITAN TTSS1 - Sink Mixer Tap - TITAN

    Titan Essentials Square Kitchen Mixer Tap - Stainless Steel

    $880.00 NZD
    $880.00 NZD
  • TTRY2 - Sink Mixer Tap - TITAN TTRY2 - Sink Mixer Tap - TITAN

    Titan Essentials Gooseneck Kitchen Mixer Tap - Royal Gold

    $980.00 NZD
    $980.00 NZD
  • TTRG1 - Sink Mixer Tap - TITAN TTRG1 - Sink Mixer Tap - TITAN

    Titan Essentials Square Kitchen Mixer Tap - Rose Gold

    $880.00 NZD
    $880.00 NZD
  • TTRY1 - Sink Mixer Tap - TITAN TTRY1 - Sink Mixer Tap - TITAN

    Titan Essentials Square Kitchen Mixer Tap - Royal Gold

    $880.00 NZD
    $880.00 NZD

Rather than treating tapware as a decorative element, Titan approaches the kitchen mixer as a functional tool — defined by mechanical consistency, controlled output, and material integrity. This collection brings together multiple architectural profiles, all calibrated to the same performance standard for contemporary residential kitchens.

Technical Requirements of a Kitchen Mixer Tap

A kitchen mixer tap is a primary mechanical interface. It must respond immediately and maintain consistent behaviour across thousands of interactions. Titan engineering prioritises controlled movement and stable flow delivery over maximum output. Internal tolerances are tuned to reduce overshoot during adjustment, allowing repeatable changes without constant correction.

Performance is defined by repeatability, not force.

Control, Durability, and Daily Interaction

Daily use places cumulative stress on components that are often overlooked. Handle resistance, movement range, and internal stability determine whether a mixer tap remains precise or becomes inconsistent over time. Titan designs kitchen mixer taps to deliver deliberate mechanical feedback, supporting predictable adjustment across years of repeated use.

Components are specified to maintain consistent resistance and behaviour under long-term operational load.

Durability is engineered into behaviour, not added through mass.

Kitchen Tap Designs by Functional Requirement

Different kitchen layouts demand specific spout geometries. Titan engineers distinct mixer tap profiles to solve defined spatial requirements while maintaining identical mechanical standards.

Gooseneck kitchen mixer taps — engineered for vertical clearance and extended reach in active working areas.

Square kitchen mixer taps — calibrated for linear geometry and structural alignment where vertical clearance is less critical.

Each profile operates within the same mechanical system, allowing form to change without altering flow behaviour, control logic, or durability expectations.

Each profile operates within the same engineering framework, allowing form to change without altering performance expectations.

Profile selection should follow function, not preference.

Surface Integrity Under Repeated Use

Kitchen mixer taps experience constant contact, temperature variation, and frequent cleaning. Titan applies colour-stable PVD processes engineered to preserve surface integrity through daily interaction rather than relying on cosmetic thickness or decorative coatings.

Finishes are developed to remain stable over time, supporting consistent tactile quality without specialised maintenance.

Longevity is measured in years of operation, not aesthetic trends.