About RRR Oil Filter Elements
With the help of our advanced machinery and production unit, we are manufacturing, exporting and supplying the best quality range of RRR Oil Filter Elements. The offered elements are manufactured using pristine quality raw materials and advanced machinery to provide utmost performance. These elements are used in various industry for oil filtration purpose. In addition to this, our clients can avail these RRR Oil Filter Elements in reasonable prices within promised time frame.
Features:
- Optimum performance
- High performance
- Fine finish
- Long life
Products details
- Type:Fuel Filter
- Size::Ø104 x H114
Specifications
- RRR oil filter element Triple R filter element Replaced oil filter element ETIP-27570
Description
- RRR oil filter ETIP-27570
- Micro oil filter
- Best Price ans quality for you!
Triple R in action
- Aviation
- Hydraulic systems
- Energy
- Car manufacturers
- Steel & iron
- Railway
- Paper industry
- Construction machinery
- Wind Energy
- Marine
- Transport
- Petro-chemical
Other Information
- Pay Mode Terms: T/T (Bank Transfer)
Advanced Construction for Maximum FiltrationThe RRR Oil Filter Elements feature highly customizable mesh sizes, ranging from 10 to 150 microns, and are constructed in seamless, pleated, or cylindrical configurations. These design elements enable precise filtration for industrial oils, ensuring optimal system protection and prolonged equipment life. Multiple end cap options and media typeswire mesh, cellulose, and microglassallow compatibility with varied oil types and operational requirements.
Reliability and Ease of MaintenanceOffering up to 8000 hours of continuous operation, these filter elements are engineered for durability and efficiency. Select models are easily washable for extended use, while all units are designed for swift replacement and installation. The corrosion-resistant structure and high dirt holding capacity further reduce downtime and minimize maintenance frequency, making them a cost-effective solution for industrial environments.
FAQs of RRR Oil Filter Elements:
Q: How do RRR Oil Filter Elements improve the performance of industrial hydraulic and lubrication systems?
A: RRR Oil Filter Elements utilize fine to ultra-fine filtration grades in seamless, pleated, or cylindrical construction, capturing up to 99% of contaminants. This protects critical components, enhances equipment reliability, and prolongs service intervals for hydraulic and lubrication circuits.
Q: What types of fluids are suitable for filtration using these oil filter elements?
A: The filter elements effectively handle hydraulic oil, lubrication oil, turbine oil, and gear oil, supporting efficient filtration in various industrial applications. The media typewire mesh, cellulose, or microglassis selected according to the fluid and performance requirements.
Q: When should the RRR Oil Filter Elements be replaced or cleaned?
A: For optimal filtration, it is recommended to replace or clean the filter element within 6000 to 8000 operational hours, depending on your systems environment and oil contamination levels. Some models are washable, allowing extended use after appropriate cleaning.
Q: Where can these oil filter elements be installed?
A: RRR Oil Filter Elements are suitable for industrial machinery, hydraulic systems, turbine operations, and gear assemblies. They support various connecting types, including flanged, threaded, or push-fit installations, fitting a wide range of system designs and requirements.
Q: What is the process for installing or replacing these filter elements?
A: Installation varies by model but generally involves selecting the correct diameter (30-150 mm standard), connecting type, and filtration grade. Removal and replacement are straightforward due to ergonomic cylindrical shapes and easily accessible end caps, ensuring minimal downtime.
Q: What benefits do RRR Oil Filter Elements offer to industrial operators?
A: Operators benefit from high filtration efficiency, extended service life, corrosion resistance, and easy installation. These features lead to reduced maintenance costs, improved system reliability, and consistent oil cleanliness in heavy-duty industrial environments.