TESTEA QUALITY CERTIFICATE
The new NOX 2021-22 padel racket collection is coming with many new features but, certainly, there is one that will be of special significance for consumers: NOX will be certifying the quality of its padel rackets with Testea Padel oficial seal, an independent reference laboratory affiliated to Universitat Politècnica de València.
“Testea’s quality certificate consists of a series of laboratory tests designed based upon three objectives: firstly to ensure that all units of the same model behave in a similar way; secondly to verify the correct resistance to fatigue assuring that the racket does not rapidly lose performance with usage and, finally, to check the correct breakage resistance of both the frame and the face of the racket” explains Jordi Piedra, CEO and Co-Founder of Testea Padel.
In order to obtain the Testea Padel seal, padel rackets are subjected to very demanding breakage tests, both on the frame and faces, as well as durability tests. All of them carried out in a testing laboratory specifically designed for the purpose.

SMARTSTRAP

Would you like to have the option to change the safety cord of your racket?
Nox Smartstrap® is the latest technology applied to the new padel racket collection that will allow you to change the safety cord of your padel racket in a quick and easy way.
This system was implemented with the aim of offering padel players an option that fully adapts to their preferences by allowing the use of a bracelet, braid or sliding loop type fastening cord.
Allows replacement due to breakage, wear and tear or laundering.
TECHNOLOGIES

Carbon 18K
Maximum stiffness and strength while maintaining the racket’s lightness, thanks to the finest interlaced carbon microfilaments.

Carbon 12K
Carbon achieved by interweaving horizontal and vertical carbon threads. By achieving more stiffness it’s a thinner carbonz, and so, it weights around 25% less. We reduce the racket weight without losing stiffness nor durability

Fiber Carbon 3K
The 3K weave is achieved by interweaving the fiber threads to form small squares. In our case we use a 3K fiber with a higher grammage than normal carbon fiber to attain a more durable product.

Fiber Glass 3K
Fiber glass with a metallized finish in order to give the material a level of rigidity that is between carbon and fiber glass.

DCS Dynamic Composite Structure
By using a greater amount of material from the frame up to four centimeters inside the racket face we minimize the difference in toughness between the frame and the face. Thus, when the ball is hit with the outer areas of the racket we minimize the possible cutting of fibers that could occur when the rubber sinks in.

MBE Multilayered Black Eva
Core of the racket build based on several layers of different materials in contrast to the classic Eva Core or Foam used in traditional rackets.

HR3 Core
High density HR3 rubber core, with the greatest memory effect, thus attaining greater hitting power.

HR3 Black Eva
HR3 high density EVA core with maximum memory effect.

HRS Core+
The core has rubber that is even denser than the HR3. It increases the speed with which the racket core recovers its state prior to striking the ball. This rubber attains maximum power.

HR2 Core+
Low density HR2 rubber core. Thanks to its lightness it is always used on rackets where the aim is for the ball to enter the core a little more and for it to feel softer.

Fiber glass silver
Fiber glass face. Lots of flexibility and comfort when striking the ball.

Carbon Frame
Carbon frame. By using this material in the frames we provide the frame, and racket in general, with greater rigidity and durability.

Rough Surface
Rough surface on the top layer of the racket face. It can be created using pre-moulded plastic or with a bath in low-grammage silica sand. This roughness attains more effective shots.

AVS Anti Vibration System
Absorption system for vibrations caused by off-center hits.

Oversize Grip
Longer racket handle to make it easier to grip.