by Date
by Sector
Search
Diathermic material for integration in mattresses (10 AT 0105 3IDB)
An Austrian industrial company in the field of polyurethane foaming is looking for laminar textiles/materials which are both soft and highly diathermic (possessing high thermal conductivity). The material should be mild to the skin and should be stable and hard-wearing. The company is looking for a license agreement or partners who are in a position to supply suitable materials.
Country: Austria Type: REQUEST Date: 17.11.2010
The Austrian company is a producer of polyurethane cellular material for various applications.

For its new products in the field of conditioned foams, the company needs a certain type of material/textile with very specific requirements. The material should be suitable for laminar manufacturing.
It should be both soft and stable in addition to being highly diathermic. Because of the direct skin contact, it should be mild to the skin.

Technical Specifications / Specific technical requirements:
- Max. thickness 2 cm
- Highly diathermic.
- Mild to the skin.
- The material should have no (long-term) harmful effect on human health.
 
Degree of development:
Patents/Rights:
Requested Cooperation: License Agreement, Joint further development, Testing of new applications, Adaptation to specific needs, Transfer of knowledge in new raw materials
- Type of partner sought: Industry, R&D Institute.

- Specific area of activity of the partner:
Textile production,
Experience in fibres, fabrics, foams or elastomeric material

- Task to be performed by the partner sought:
Ideally the partner should supply a suitable existing material. However, adaptation of existing materials to specific requirements or joint further development is also an option.
Type of Organisation:
Status: NEW
 
back to results list  
print this page
email this profile
 
Profiles of high Interest
- Antigens for diagnostics of Q fever and other rickettsial infections, 232 views
- Freeze Granulation - Homogeneous granules for processing of ceramic, diamond, nano and/or composite materials, 95 views