Tubico - Kitchen mixer with round flexible spout in 316L stainless steel Copper PVD - T13223C

Technical Specifications of the Tubico T13223C Mixer

The Tubico T13223C kitchen mixer is a modern and functional solution for the kitchen environment. Made of 316L stainless steel, this material ensures superior corrosion resistance and durability over time, particularly important in humid environments such as the kitchen where exposure to water is constant. The Copper PVD finish gives the product an elegant and contemporary look, combining aesthetics and practicality.

Design and Functionality

The round flexible spout is one of the main advantages of this mixer. Thanks to the integrated stainless steel spring, the spout can be easily oriented in different directions, allowing it to easily reach every area of the sink. This flexibility is particularly useful when cleaning large pots or when greater freedom of movement is needed during daily use.

Practical Applications

This mixer is perfectly suited to various kitchen use situations. It is ideal for those who frequently prepare elaborate meals and need a versatile faucet. The flexible spout facilitates filling containers of various shapes and sizes, from a simple glass to bulkier pots. It is also particularly advantageous for cleaning the sink itself, as it allows reaching difficult corners without having to constantly move the main body of the mixer.

Construction Specifications

• Main material: 316L stainless steel for maximum corrosion resistance
• Surface finish: Copper PVD for a modern and durable look
• Spout: round and flexible with stainless steel spring
• Product code: T13223C
• Brand: Tubico, specializing in quality taps

Advantages of Choosing 316L Stainless Steel

316L stainless steel is an alloy that contains molybdenum, an element that significantly increases corrosion resistance compared to standard stainless steel. This is particularly important in the kitchen where the mixer is exposed daily to humidity, steam, and potential splashes of acidic substances. The choice of this material ensures that the product maintains its appearance and functionality over time, reducing the need for frequent maintenance.

Copper PVD Finish

PVD (Physical Vapor Deposition) technology applied to the Copper finish creates a highly resistant protective layer. This type of coating not only protects the underlying material from corrosion but also ensures greater resistance to scratches and daily wear. The finish maintains its color and shine over time, without the need for special treatments or frequent polishing.

Installation and Compatibility

The Tubico T13223C mixer is designed for standard installation on kitchen sinks. Before purchasing, it is advisable to check compatibility with your sink and the dimensions of the available space. The flexible spout, while offering great versatility, requires a minimum space to move freely without obstacles.

Maintenance and Care

To keep the mixer in optimal condition, regular cleaning with water and neutral soap is sufficient. Avoid using abrasive detergents or rough sponges that could damage the finish. The stainless steel spring does not require special lubrication and maintains its elasticity over time thanks to the quality of the materials used.

Why Choose Tubico

Tubico is a reliable brand in the faucet industry, known for its construction quality and attention to detail. Tubico products are manufactured following high production standards, ensuring reliability and longevity. The choice of premium materials such as 316L stainless steel and PVD finishes reflects the brand's commitment to quality and customer satisfaction.

Final Considerations

The Tubico T13223C mixer represents an intelligent investment for those who want a functional, elegant, and durable kitchen faucet. The combination of quality materials, flexible design, and sophisticated finish makes it suitable for various needs and furnishing styles. Whether it's a modern or traditional kitchen, this mixer easily integrates into the environment, offering daily practicality and reliability over time.