Products

Polyamide produced on the basis of direct polymerisation in casting molds with a partially crystalline structure. The high proportion of crystallites leads to excellent mechanical properties such as very high abrasion and wear resistance, hardness and rigidity.

The properties are essentially the same as those of LiNNOTAM comparable. By adding molybdenum disulphite, a higher crystallinity is achieved in the material compared to pure cast polyamide.

The properties are essentially comparable to those of LiNNOTAM. By using a stabilizer, the thermal-oxidative Counteracted material degradation when exposed to temperature. In comparison to pure cast polyamide, higher usage temperatures can be achieved realize.

LiNNOTAM with oil finely distributed in the material. LiNNOTAMGLiDE has the added Lubricant self-lubricating properties and has excellent wear resistance low coefficient of friction.

LiNNOTAM with solid lubricants, additives and stabilizers finely distributed in the material. LiNNOTAMGLIDE Pro T has self-lubricating properties due to the added components and shows excellent wear resistance at very high low coefficient of friction.

Compared to LiNNOTAM indicates LiNNOTAMDRiVE 600 Fe higher impact and shock resistance, higher elasticity and less tendency to absorb moisture. In addition, the material is characterized by a improved creep behavior.

In essence, the properties are similar to those of LiNNOTAM comparable. Through the use of special Additives is compared to pure cast polyamide however, a higher crystallinity is achieved in the material.

This polyamide from caprolactam and laurolactam produced in the free-casting process shows in comparison to pure LiNNOTAM has a higher impact and shock resistance as well as a lower tendency to absorb moisture. In addition, the material is characterized by improved creep behavior and higher elasticity.

On the basis of the activated anionic reaction LiNNOTAMHiPERFORMANCE 1200 Manufactured using the pressureless free-standing casting process. The process creates a high-molecular, highly crystalline and largely stressfree material with very good Wear resistance and dimensional stability