Hydraulic Tank Filters - Wholesale Manufacturers

As a seasoned supplier to OEMs and maintenance teams, I offer reliable hydraulic tank filters engineered for high flow and long life. When Wholesale buyers search for dependable filtration for hydraulic systems, I deliver components that meet or exceed OEM specs. I design our hydraulic tank filters to remove contaminants efficiently, extend pump life, and lower total cost of ownership. We cater to Wholesale channels and Manufacturers who need consistent quality, rapid lead times, and scalable options—from standard models to customized configurations. My team tests each batch, uses durable housings, and selects filtration media that withstands pressure spikes. With flexible order quantities, competitive pricing, and technical support from design to installation, you can trust us to keep your hydraulic systems clean and productive. If you’re upgrading fleets or building new machines, I’ll work with you to specify the right hydraulic tank filters, ensure compatibility, and improve uptime.

Hot Selling Product

hydraulic tank filters Factory Your Trusted OEM Partner

As a dedicated hydraulic tank filters factory and trusted OEM partner, we deliver precision-engineered filtration solutions tailored to global procurement needs. Our advanced production lines and experienced R&D team work with a range of media and micron ratings to provide customized housings, element designs and prototype validation that improve contamination control, extend hydraulic component life and reduce downtime across industrial, mobile and energy applications. Committed to rigorous quality control, certified processes and scalable capacity, we offer competitive pricing, reliable lead times and flexible MOQ to fit supply-chain strategies worldwide. From technical drawing review and co-development to testing, packaging and logistics support, our end-to-end OEM service ensures consistent performance and peace of mind for purchasing teams seeking long-term partners.

{ hydraulic tank filters Factory Your Trusted OEM Partner}
Part Number Filter Type Micron Media Material OD (mm) Height (mm) Flow (GPM) Max PSI Connection Temp Range Area (in²) Seal Certifications
HTF-1000 Return Line Filter 25 Cellulose blend 120 300 25 2500 1/2" NPT -20 to 120 110 Viton ISO 9001, REACH
HTF-1100 Tank Breather Filter 10 Synthetic 90 140 8 150 3/4" NPT -10 to 80 40 FKM CE, RoHS
HTF-1200 Suction Filter 5 Stainless sintered 100 180 15 1000 1" NPT -20 to 100 60 EPDM ISO 9001, API Q1
HTF-1300 Return Line Filter 20 Cellulose 110 240 20 2100 1 1/2" NPT -15 to 100 85 Buna-N ISO 14001, ISO 45001
HTF-1400 Tank Breather Filter 40 Polyether polyurethane 80 110 5 100 1/4" NPT -30 to 70 28 Viton REACH
HTF-1500 In-Line Filter 100 Polypropylene 130 220 12 3000 3/8" NPT -25 to 125 75 Viton UL, RoHS

Related Products

hydraulic tank filters Your End-to-End Solution Outperforms the Competition

Operational Filtration Efficiency vs Pressure Rise (0–2000 Operational Hours)

This chart presents two complementary operational metrics for hydraulic tank filters over a 0–2000 hour service interval: filtration efficiency (percentage of target particle capture) and differential pressure (kPa) across the filter element. The filtration efficiency series begins near peak performance (≈99.9%) and gradually declines as particulate loading and cake formation accumulate on the media, falling to about 95.5% by 2000 hours. Simultaneously, the differential pressure trend shows a progressive increase—from a low initial pressure drop (≈3.0 kPa) to a markedly higher resistance (≈20.5 kPa) at the end of the interval—indicating mounting flow restriction. The inverse relationship between efficiency and pressure rise highlights two operational realities: (1) high initial efficiency is achievable when the element is clean and flow path is unobstructed, and (2) particle loading causes pressure penalties that can accelerate efficiency degradation when bypass or re-entrainment conditions occur. Key decision points appear around 750–1250 hours where the pressure slope steepens while efficiency begins to decline more rapidly; this window suggests an optimal inspection or replacement interval to avoid sudden performance loss or excessive pump loading. For maintenance planning, using a combined indicator (e.g., >10 kPa rise or efficiency <98%) will better balance filtration performance, energy consumption, and lifecycle cost than time-based schedules alone. Field validation is recommended with real operational fluid cleanliness data (ISO codes) and pump power monitoring to refine thresholds and achieve longest life with acceptable contamination control.

Top Selling Products