WY-A800x10Q2C/Y/WY800x10Q2 FOB Tianjin Hydraulic Oil Micro Glass Fiber Lube Oil Line Filter Element
Negotiable /Piece
Min.Order:5 Pieces
Xinxiang Dongfeng Filter Technology Co., Ltd.
CX-40/CGQ-(32-40) FOB Guangzhou Hydraulic Oil Micro Glass Fiber Lube Oil Line Filter Element
YLXC-32A/HYLQ-12A FOB Tianjin Hydraulic Oil Micro Glass Fiber Lube Oil Line Filter Element
YLXA-33 Hydraulic In-Line Filter Element/DF0160D* High Pressure Filter Element
YLXA-33 Hydraulic In-Line High Pressure Filter Element with Professional OEM Quality
Quality stainless steel wire mesh filter element, glass fibre filter element
WY-A800x10Q2C/Y/WY800x10Q2 FOB Tianjin Hydraulic Oil Micro Glass Fiber Lube Oil Line Filter Element
P.S These are just part of our clients, in no particular order.
The testing center is equipped with advanced testing equipments of filtration performance, the comprehensive testing of the filter element can be implemented, so that the filter elements produced by us possess high performance, long service life, high reliability, the requirements of the customers can be completely met. Welcome to the sample, and negotiate with us about the various non-standard filters design and manufacturing . For many years, our company has done a lot of work on imported filter elements replacement; the performance of filter element can reach the international level.
HYDAC Filter Element Model
DFFILTRI Correspongding Model
Ordering Information
If ordering the filter element of HYDAC filter with model RFBN/HC330/G10... , the matched HYDAC filter element model is 0330R10BN/HC, then the corresponding model of DFFILTRI is DF0330R010BN/HC.
Filter Material Introduction
W | Metal woven mesh |
V | Metal fiber sintered mesh |
P | Cotton wood pulp |
BN | Micro-glass fiber |
BH | Chemical fiber |
W/HC | Metal woven mesh |
BN/HC | Micro-glass fiber composite filter material |
BH/HC | Chemical fiber composite filter material |
Filter rating & cleanness level
Hydraulic system | Absolute filtration rating | Refer to NAS1638, when the particle is 5μm~10μm, the cleanness level should be as follow | Refer to ISO4406, when the particle is 5μm~10μm, the cleanness level should be as follow |
Servo system | 3 | 4 to 5 | 13/10 to 14/11 |
Proportional system | 5 | 6 to 8 | 15/12 to 17/14 |
Conventional hdraulic system | 10 | 9 to 10 | 18/15 to 19/16 |
It's not the higher filtrating rating, the better for filter; the β value means the good or bad of the filter. β=filtration ratio, β value is the ratio of particles counts larger than a certain size (μm) in the oil before filtering and after filtering. The higher the filtration ratio is, more particle counts are seized and intercepted by filter, and accordingly the filtration efficiency is much larger.
βX=(n upstreamn=Xμm): (n downstream=Xμm)The "n" means the particle counts size =Xμm from the upstream and downstream of the filter.
E.g.: If the filter upstream has particle counts 100,000 pieces =10μm, the downstream has particle counts 1,000 pieces =10μm, so β10=100,000:1,000=100
Filtration efficiency (%)=100-(100:β)
When βX=2, filtration efficiency = 50,00%
When βX=20, filtration efficiency = 95,00%
When βX=75, filtration efficiency = 98,67%
When βX=100, filtration efficiency = 99,00%
When βX=200, filtration efficiency = 99,50%
When βX=1,000, filtration efficiency = 99,90%
Imported Filter Element Replacement
0030R
0030R003BN/HC 0030R005BN/HC 0030R010BN/HC 0030R020BN/HC
0030R003BN3HC 0030R005BN3HC 0030R010BN3HC 0030R020BN3HC
0030R003BN4HC 0030R005BN4HC 0030R010BN4HC 0030R020BN4HC
0030R003BN/HC 0030R005BN/HC 0030R010BN/HC 0030R020BN/HC
0030R020P 0030R020W
0060R
0060R003BN/HC 0060R005BN/HC 0060R010BN/HC 0060R020BN/HC
0060R003BN3HC 0060R005BN3HC 0060R010BN3HC 0060R020BN3HC
0060R003BN4HC 0060R005BN4HC 0060R010BN4HC 0060R020BN4HC
0060R003BN/HC 0060R005BN/HC 0060R010BN/HC 0060R020BN/HC
0060R020P 0060R020W
0110R
0110R003BN/HC 0110R005BN/HC 0110R010BN/HC 0110R020BN/HC
0110R003BN3HC 0110R005BN3HC 0110R010BN3HC 0110R020BN3HC
0110R003BN4HC 0110R005BN4HC 0110R010BN4HC 0110R020BN4HC
0110R003BN/HC 0110R005BN/HC 0110R010BN/HC 0110R020BN/HC
0110R020P 0110R020W
0140R
0140R003BN/HC 0140R005BN/HC 0140R010BN/HC 0140R020BN/HC
0140R003BN3HC 0140R005BN3HC 0140R010BN3HC 0140R020BN3HC
0140R003BN4HC 0140R005BN4HC 0140R010BN4HC 0140R020BN4HC
0140R003BN/HC 0140R005BN/HC 0140R010BN/HC 0140R020BN/HC
0140R020P 0140R020W
0160R
0160R003BN/HC 0160R005BN/HC 0160R010BN/HC 0160R020BN/HC
0160R003BN3HC 0160R005BN3HC 0160R010BN3HC 0160R020BN3HC
0160R003BN4HC 0160R005BN4HC 0160R010BN4HC 0160R020BN4HC
0160R003BN/HC 0160R005BN/HC 0160R010BN/HC 0160R020BN/HC
0160R020P 0160R020W
♦DFFILTRI was founded in 1995, since then we devoted ourselves to research, develop and produce
many kinds of hydraulic filters, air filters, hydraulic system accessories, cleaning and filtration equipments,
pump valve components. DFFILTRI is our brand, which enjoys high popularity and it has successfully
achieved the position both in China and across the world.
♦DFFILTER filtration technology testing center covers a total area of 450 square meters, of which,
clean room area of 200 square meters, and cleanliness is up to 100,000 levels. The centre undertakes filtration
technology inspection and testing for in-house science research, production and industry service.
♦On-line particle counter of BETAB-HIAC/POYCO type (8000A/8000S) provided by HIAC/POYCO company
in USA, and its supporting machine"Multi-pass test" and "single-pass test" implements ISO16889
new standard and other international standards perfectly.
♦Testing center also has the developed equiment for filter performance testing, which can make the
comprehensive examination for filter element/cartridge performance. These can insure that company’s filter
with high capacity, long life, high reliable in full compliance with our customer's requirement.
♦The testing centre can take 7 tests of hydraulic filter performance evaluation, they are as follows:
ISO 2941 Verification of collapse/burst resistance
ISO 2942 Verification of fabrication integrity and determination of the first bubble point
ISO 2943 Verification of material compatibility with fluids
ISO 3723 Method for end load testing
ISO 3724 Verification of flow fatigue characteristics
ISO 3968 Evaluation of pressure drop versus flow characteristics
ISO 16889 Multi-Pass method for evaluating filtration performance