Urban Identity is our light-weight, unisex, youthful, informal and elegant collection. A urban revolution, built to last. Made from even and smooth bovine leather with a Nappa type finish. Parts submitted to the highest abrasion are reinforced with our high-tech TPU material in carbon fibre look. This material offers distinct properties like elasticity, resistance to water, oil and abrasion.
Details & Specifications
Credit card facility
Two outer pockets
Dimensions: 29 x 21 x 6 cm
Weight: 440 g
Primary material: Leather & High Tech Fabric
Other materials: Leather
Made of bovine leather with a Nappa finish, even, smooth and light. Ideal for light-weight products.
High-Tech Material in Carbon Fiber Look.
To reinforce all elements that are submitted to more abrasion, like the piping and the bottom of the products, we use a specially developed high-tech material.
This material has a carbon-fiber design and is made from Thermoplastic Polyurethane (TPU) which is a class of polyurethane plastics with many useful properties, including elasticity and resistance to oil, grease and abrasion. By using this material your product will last much longer without worn-out parts.
This product has passed the following physical tests:
A very acidic or very basic pH can cause allergies or skin irritations. The sample is analyzed and it is verified that the pH is within the limits established by the REACH regulation.
Standard ISO 3071:2005
Colour Fastness to Perspiration
The solidity of the materials to the action of the sweat produced by the human body is valued. Items in contact with the human body should have a high sweat fastness.
Standard ISO 105-E04
Colour fastness to rubbing (Stain Dry and Wet)
It is the resistance to the modification of a tincture due to the effects of rubbing. The objective of the test is to determine the discharge that occurs on a white cotton fabric when rubbing with the coloured textile under specific conditions of pressure and speed of rubbing. The test is carried out with the control dry and wet.
In leather materials, a white wool felt is used and after several rub cycles, both wet and dry, the discharge is evaluated.
Standard ISO 105-X12
Corrosion of metal parts
Due to the high humidity, temperature and other conditions, they cause the metallic parts of any article to deteriorate. The test simulates the extreme conditions of the environment and they are evaluated for corrosion and deterioration.
Standard ISO 22775
Handle breaking Strength
A maximum force is exerted on each handle of the article to evaluate the force necessary to break / separate the product handle and thus determine its resistance.
Standard NF G 92 005
Shaking or Oscillatory impact strength
By means of oscillatory impacts, forces and pressures on the handles of the product, it is verified that it resists extreme shaking actions so that in everyday life it does not tear any seam, break or separate any material of the product.
The tensile characteristics (force necessary to produce breaks) and dynamic or static elongation of the materials are determined. For this, a dynamometer is used.
The necessary force to produce a tearing of the material was determined by dynamometric and / or ballistic pendulum type Elmendorf methods.
Standard UNE-EN ISO13937:1:2001
Buckle closing system (functionality after fatigue)
500 cycles of buckle functionality are applied to evaluate its functionality after the test, confirming that there is no deterioration in use.
Standard BS 5131-5.11
Zipper durability closing system (500 cycles)
By means of specific equipment, the rack to be tested is placed and 500 opening and closing cycles are applied, in order to assess whether it works correctly or is damaged in use.
Standard UNE-EN 16732
Pulling on the puller is performed to assess the force required to separate the puller from the zipper. They apply to all the different zippers that the product may contain.
Standard UNE-EN 16732
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