DEVA is the global leading and well-known German manufacturer of Maintenance-free, Self-lubricating Bearings for demanding applications. DEVA’s products stand out by high performance and advanced material technology and are suitable in demanding environments where temperature, corrosion or the demand for long lifetime are challenging.
Product range:
Deva.metal®:
Self-lubricating bearing material with an evenly distributed solid lubricant which is homogeniously embedded in a metallic (bronze-, iron-, stainless steel- or nickel-) matrix
Deva.bm®:
Self-lubricating composite bearing material, comprising of a steel backing with a sliding layer of deva.metal®.
Deva.glide®:
Highly wear resistant copper cast alloys equipped with “macro distributed” solid lubricant plugs.
GLYCODUR®:
Environmentally Dry Bearings
DEVA’s self-lubricating bearings are used in various applications, such as wind, oil-and gas, hydro power, steel production, mining and construction machinery.
Applications:
Hydro Power Plants
Marine & Offshore
Heavy Duty
Steel Industry
(Floating) Wind
Steam & Gas
Railway
Steel Industry
CONTACT
Orange Delta Equipment is the official DEVA Bearings sales representative for Singapore, Malaysia, Indonesia, Thailand, Philippines & Vietnam. And we also support clients in Australia and New Zealand.
Please contact us if you have any questions or a specific requirement for maintenance-free, self-lubricating bearings or bushes for demanding applications.
Email:
pgo@orangedelta.sg
WhatsApp:
Orange Delta Equipment Pte Ltd
Singapore 069462
Office Opening hours:
Mon to Fri: 8AM to 6PM
KEYWORDS
Self lube bearing ǀ Bearings for Hydropower Plants (HPP) ǀ Bearings for Spillway Radial Gate ǀ Radial Gate bearing ǀ Radial Gate Trunnion Bushing ǀ Roller Gate Roller Bushing ǀ Water turbine Guide Vane Bushing ǀ Deva metal ǀ Deva bm ǀ Deva Glide ǀ Deva tex ǀ Glycodur ǀ Australia ǀ Bearings for Mining ǀ High temperature ǀ Bearings for Mooring systems ǀ Bearings for Floating Wind ǀ Bearings for Wind Turbines ǀ FPSO fairlead ǀ Maintenance-free ǀ