Wholesale * Promotions X-Bionic Invent 4.0 Women’S Baselayer Longsleeve Long-Sleeved

With The Invent 4.0 Women’S Undershirt You Benefit From A Significant Performance Boost Right From Your First Steps Into The World Of Winter Sports. It Offers Light Compression And Effective Thermoregulation.

Light Compression And Effective Thermoregulation: The Invent 4.0 Long Sleeve Undershirt By X-Bionic

Thanks To Technologically Innovative Production On Precision Machines, The Functional Zones Are Seamlessly Integrated Into The Particularly Dense Material And Can Act With Pinpoint Accuracy. The Legendary 3D Bionic Sphere System Ensures Optimum Thermoregulation With Proven Effectiveness On The Chest And Back. It Cools When You Sweat And Warms When You Freeze.

Sweat Traps Prevent Sweat Channels And Additionally Support The Cooling Effect. Technologies Such As The Air-Conditioning Channel And The Air Guides Are Responsible For Temperature-Controlled Ventilation. The Stabilizing And Balancing Proprio Padding, But Also The Perfect Fit Through Aktiv-Bund And Ideo-Waistband Enhance The Performance-Enhancing Wearing Comfort.

Features Invent 4.0

• 3D Bionic Sphere System
• Air Guides
• Air-Conditioning Channel With Zero-Insulation
• Airconditioningspot
• Fitting Ribs
• Ideo-Waistband
• Iso-Pads
• Microdiffuser
• Proprio-Padding
• Sweat Traps
• Wallaby Struktur

Technologies

3D Bionic Sphere
The 3D Bionic Sphere System Leaves A Thin Film Of Moisture On The Skin Without The Body Sensing Wetness. Sweat Traps Then Transport Excess Sweat, Allowing It To Evaporate, Then Disposing Of It Via Thermal Dynamics. What Remains Is Only A Comfortable, Thin, Cooling Layer Of Moisture.

Air Guides
Spacers That Work As Side Stops Along The Air-Conditioning Channel .

Air-Conditioning Channel
The Airconditioning Channel Is A Ventilation System Of Channels That Wrap Around The Body, Continuously Carrying Away Moisture And Warmth. It Allows Air To Flow To Body Regions Not Normally Accessible By Fresh Air Circulation. Physiological Studies Have Shown That E.G. The Chest Area Is An Optimal Zone For Quick And Effective Venting And Cooling. Exchanging Fresh Air Over A System Of Channels Cools The Chest Area Without Spreading A “Cold” Sensation Throughout The Body. The Constant Air Movement Along The Airconditioning Channel Also Effectively Draws Moisture Away From The Sweat Zones.

Airconditioningspot
Since The Back Of The Knees Start To Sweat Quickly And Also Sweat Profusely, We Have Integrated A Fine, Open Mesh Knit There. With The Help Of Body Warmth, Excess Sweat Is Pushed Outward Where It Can Evaporate Without Risk Of Chills.

Fitting Ribs
Adaptable Zones For A Better Fit During Sport Activity.

Ideo-Waistband
The Ideally Designed, Ergonomically Optimized Waistband Keeps The Garment In Place Even With Constant Movements.

Iso Pads
The Iso-Pads On The Hips Each Consist Of 11 Channels And Continue All The Way Up To The Waistband. Your Internal Organs Are Well-Protected From The Cold Over A Larger Surface. In Winter, Targeted Insulation Of Individual Body Parts Against Ambient Coldness Can Prevent The Body From Getting Cold. This Is Why Iso-Pads Over The Hipbones And The Finer Iso-Pads On The Buttocks Retain Body Heat That Is Necessary To Guarantee Interior Organ Functionality.

Diffuser / Micro Diffuser
The Diffuser, A Rib Structure On The Collar, Allows Moist, Warm Air To Escape As Needed. The Microdiffuser On The Collar And The Cuff Has The Same Structure But Is Made Of Finer, Precise Ducts. The Microdiffuser On The Cuff Additionally Creates A Highly Comfortable Band On The Sleeve. The Diffuser Constructions Allow Continued Ventilation During Physical Activity.

Proprio-Padding
Proprio-Padding Actively Ensures The Balance And Stability Of The Entire Body.

Sweat Traps
Of The 3 Million Sweat Glands In Our Skin, Almost 300 Per Square Centimeter Are Packed Into The Underarm Area. Sweat Traps Wick Away The Moisture Where It Begins. The Evaporation Surface Expander Processes Sweat And Pulls The Moisture Away.

Wallaby Struktur
Guarantees Effective Cooling. The Highly Powerful Evaporative Cooling At The Wrist Is Achieved By Means Of A Material Surface That Is Four Times Larger. Passing Venous Blood Is Cooled Thereby Effectively Supporting The Performance-Enhancing Thermoregulation.