Our Partners
Today, modern bonding technology is an integral part of many production processes in a wide range of industries and sectors.
aarema not only supplies outstanding quality from selected suppliers, but also attaches great importance to expertise and intensive consultation.
The market for adhesive systems and adhesive tapes has developed more and more extensively over four and a half decades; at the same time, the requirements for performance, safety and cost-effectiveness have increased immensely, which is why we only work with high-quality adhesives from partners who also guarantee reliability, performance and quality.
Roartis develops customised adhesives and resins ‘tailor-made’, even for low-consumption applications. Roartis attaches great importance to finding technical solutions for future market expectations. In this way, products can be developed that are faster and more efficient. Roartis also offers a high degree of flexibility when it comes to new developments, modifications, short delivery times and low purchase quantities.
GOLOHO is specialized in silicone materials. GOLOHO develops, produces and commercializes silicone adhesives, encapsulants and thermal management materials.
With outstanding research and development capability, stable product quality and excellent customer service, GOLOHO has established stable collaborations with well-known enterprises in the industry. Moreover, GOLOHO already set up the production base in Vietnam to lay the foundation for further development of oversea markets.
Lambda Resins is a subsidiary of UNICAST GmbH in Kerpen. UNICAST is a service provider for the development and moulding of electrotechnical components. Since 2005, UNICAST GmbH has been serving many branches of industry with expertise in all aspects of casting resin, development and processing. This also includes customised developments or modifications of polyurethane and epoxy resin systems.
The high customer requirements have motivated Lambda Resins to research and develop specifically in the field of highly thermally conductive polymers. The result was an extremely stable moulding resin with thermal conductivities of 7-8 W/m*K.