The Gamma Ring GA is an axial sealing, single-acting sealing element for non-pressurized shaft and bearing sealing applications against the intrusion of contamination and water spray from outside. The metallic fit on the inner diameter, ensures a secure grip on the shaft and also guarantees good protection against contamination.
In contrast to radial oil shaft sealings, Gamma Rings seal against the vertical arranged front surface. Metal casing comes in standard unalloyed carbon steel as well as stainless steel variants. Standard elastomer materials for the flexible seal lips are NBR and FKM. Further materials are available upon demand.
Gamma Ring GA
Fields of application
static
dynamic
single acting
double acting
Linear
Rotating
oszilating
Main use
anti contaminant shaft outlet seals with mechanical reinforcement
Materials
elastomers, metal
Technical values
Materials
Pressure
-
Temperature
-30°C / +100°C (material dependent)
Speed
up to 8 m/s
Pressure
-
Temperature
-20°C / +200°C (material dependent)
Speed
up to 8 m/s
Maximum values temperature, speed and pressure are simultaneously not applicable! The values vary in dependence of material and media. For technical queries please contact our application consultants – we have the right solution for you.
Downloads
More Gamma Rings
Further to Gamma Ring GB
Your contact person for
Technology - General sealing topics, special constructions
Mr. Andreas Raidt
Head of Engineering
Head of Engineering
Do you have any questions, ideas, or suggestions? We are more than happy to assist you with advice. In person, over the phone, or digitally.
Our Logistics – Your Service
Innovative, environmentally friendly and efficient
In addition to innovative techniques, our logistics has 2,870 sqm of process surface. We have the world's first AutoStore storage system on two levels. Both grits are connected to each other by means of special lifters. In total, up to 31,000 containers can be stored in a very confined space. Due to this subdivision, up to 240,000 storage areas can be managed most efficiently.