Zotefoams Azote® and Zotek® nitrogen foams
Zotefoams Azote® and Zotek® - closed cell, cross-linked block foams differentiated from other foams made from same polymers
Azote® Foams - Closed Cell,Cross-Linked Polyolefin Foams.
Zotek® - High Performance Foams Manufactured from Fluoropolymers.
- Consistent, Controlled Cell Size
- High Purity®
- Low In-Built Stress
- Low Odor
- No Chemical Blowing Agents
- Flame Retardant / Conductive and Static Dissapative Versions
- No Liquid Solvent Blowing Agents
- Meets VDA Specifications For In Car Use Without Fogging
- Inert, Acid-Free Stain Free Properties
- Complex Precise Forms Can Be Machined More Accurately
- High Strength to Weight Rations Provide Enhanced Physical Performance
- Greater Aesthetic Appeal
- Better Color Intensity
- No VOC's Introduced in Processing, Low Emissions and Low Fogging
- Seals and Gaskets
- Aviation (below)
- Sports Equipment Where Consistent Density Enhances Performance Predictability
- Finished Components That Maintain Their Shape Better and Longer
- Sports Mats
- Industrial Kneepads
- Museums / Galleries - Transit Protection
Find Out More About How Zotefoams Can Help Your Next Project - 716-684-7600 or email@example.com
Aviation Applications Include:
Both AZOTE®, more specifically Plastazote® , and ZOTEK® F foams are used extensively in the aerospace civil, business and military aviation. They have closed cell structure, giving low water absorption and low water vapor permeability, excellent insulation characteristics and good durability, allowing long life and flexibility when fabricating parts.
ZOTEK F closed cell foams are being used increasingly to replace PVC Nitrile, Silicone and other foams that are too heavy, don't meet the radiant panel test requirements or are open cell and can potentially absorb moisture.
Special flame retardant grades of Plastazote foams are able to meet the requirements of FAR/CS 25.853(a) App F Pt I. Additionally, ZOTEK F grades, non flammable foams meet the Radiant Heat Panel test FAR 25.856 (a) App F Pt VI and have low smoke density, low toxic gas emission and low heat release. The new ZOTEK F grades designated ZOTEK F HT offer additional operational temperature limits of 160°C, an improvement of +50°C over the current ZOTEK F range. They also offer enhanced chemical and solvent resistance, combined with higher levels of structural rigidity.
All of these closed cell foams can be converted easily using traditional foam fabrication techniques such as sawing, routing, gluing, laminating, welding and die-cutting. They can be thermoformed into complex single component structures providing benefits over multi-layer foam systems, such as weight and cost reduction.
Plastazote foams are used in many seating and soft trim areas. The low-density closed cell nature of these foams allows significant weight reduction in seat cushions. Additionally, they are used to provide buoyancy or support in crucial areas of seat cushions, improving both comfort and durability.
Plastazote foams are used to provide soft touch and energy management around seating areas. These include foam-backed fabrics used around superior seating, seat armrests and crash pads on the rear of headrests
ZOTEK F foams show very low heat-release values, (a requirement for cabin interiors) and may be used in conjunction with other materials, such as leathers, that generally exhibit higher OSU values where 'average' results for material combinations need to be achieved.
Applications for Plastazote and ZOTEK F foams in the galley area are diverse. From compact crew seats and beds, to thermal insulation in ovens and refrigerators, through to kit boxes, these versatile foams can be fabricated to suit many applications.
ZOTEK F and Plastazote foams are used in many areas of the airframe, primarily as thermal and acoustic insulation and damping materials. Applications include ducting and water pipe insulation, water diverters and insulation of the cockpit, window reveals, and insulation pads for cargo deck and doors. The nature of these foams makes them easy to fabricate into intricate shapes. The excellent UV resistance of ZOTEK F also lends itself to applications where there is regular exposure to radiation, such as in the cockpit.
The combination of structure and insulating properties of ZOTEK F 38HT and F 74 HT foams has provided engineers new flexibility and expanded the design options. Not only can they reduce the weight of the final part up to 30%, but they are also able to remove several manufacturing steps along the way.
AZOTE foams have been used as transit packaging, and also has applications in both aerospace production areas, for tool control and part protection during transport, and on planes to produce safe compact storage for pieces of equipment such as defibrillator units.
More recently, ZOTEK F foams have found use as packaging where lightweight inherently flame retarded foams with high purity are required to protect high value components and equipment during transit in both aviation aerospace applications.
Plastazote and ZOTEK F foams are used in the manufacture of military airplane ejector seats, having light weight and excellent energy absorption. Other diverse applications include cavity fillers, to prevent water ingress, air ducting insulation and thermal & acoustic insulation in general.