Description :

Agatech Air Cushion, TPU honeycomb is a thermoplastic polyurethane core that has been developed using a high frequency welding process. The core can be supplied either sandwiched between two face sheets of polyurethane material or stabilized by heat flanging the edges of the cells. The resulting Agatech TPU structure is flexible, redirects energy, resists fatigue, and provides cushioning.

Applications:
Agatech Air Cushion is an excellent material for any application requiring flexibility, cushioning, and withstanding repetitive impacts. This versatile honey-comb product is currently being used very successfully for energy redirection in soles of athletic footwear.
It is also a superior product for use in mattress pads, seat cushions, body protection vests, orthopedic braces, and sports protective equipment. It has excellent fatigue resistance and remains flexible at low temperatures.

Specification :

Cell Sizes
Agatech TPU is available in 6.0mm cell sizes. Other cell sizes may be developed depending on application quantities.

Cell Wall Thicknesses
Agatech TPU core is available with cell wall gauges 0.4mm.

Cell Size	Cell Wall Gauge	Density
6mm	0.4mm	0.33 g/cc

 

Sheet Size Dimensions
Agatech TPU is available in the following standard dimensions:
12" W x 12" L
12" W x 24" L
Other dimensions are available on request.

Thicknesses
Agatech TPU core is available in thickness (T) dimensions from 2.0 mm minimum to 130.0 mm maximum. (Thickness of sandwich panel depends on skin thickness selected.)

Sheet Size Tolerances
L and W ± 0.5mm
T ± 0.1mm

Forms
Agatech TPU is available in the following forms:
Core, with heat flanged stabilized cell edges.
Sandwich panel, with polyurethane skins; the polyurethane skins can be perforated if required.

Colors
Agatech TPU core is available in white, blue and clear colors. Other colors can be obtained upon request.
Agatech TPU skin materials are available in clear form.

Item	Cell Size	Core Thickness	Face Skin	Bottom Skin
APU 9470	6.0 mm	5.0 mm	0.4 mm	0.4 mm

Features :

* Energy Redirection
* Impact Attenuation
* Flexible
* Cushioning
* Abrasion Resistant
* Moisture Resistant
* Tear and Puncture Resistant
* Resilient
* Fatigue Resistant
* Light Weight
* Complete Recovery After Impact (no permanent set)
* Durable
* Amenable to Wide Temperature Range
* Thermally Insulating