W80S300/450 FRP MEMBRANE HOUSINGS Winder frp membrane housings-2019 design Hydrostatic Water Leakage Test-1.4 Times of Operation Pressure Low pressure frp membrane housing-Winder series with similar structure Available in 150,300.450 psi pressure rating Accommodates standard make 8" Membrane Element Element length: 40" x (1-8) Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Winder frp membrane housing pressure vessels Low pressure frp membrane housing-Winder series with similar structure Available in 150,300.450 psi pressure rating Hydrostatic Water Leakage Test-1.4times of operation pressure Model:W80S1000-5(3" side port�?4 ports) Side Entry Design Available in 300 psi pressure rating Accommodates standard make 8" Membrane Element Element length: 40" x (1-8) Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Key Features: Operating Temp Range: -10�°C ---49�°C Internal permeate port not to exceed 125PSI(0.88MPa) Operating pH Range: 3 â?? 11 Cleaning pH Range: 2 â?? 12 (less than 30 minutes) Mirror inner wall and brightly surface. Multi-ports option White color is as standard. Customized colors are also available. ASME Code stamp available upon request Differences of mebrane housings Winder 2012,2019, Rohone aluminium cap and ABS cap design: Quality Assurance Hydro-static Leakage Test Pressure: industrial frp membrane housings Standard: 100% test, not sampling �? 100,000 times cycle test �? Burst test with 6 times of its operating pressure �? 100% QA test with 1.5x design hydraulic pressure. ASME: 1.1x Design Pressure �? 100% QA inspection and cleaning before final packaging and delivery to customers. Submitted for NSF standard 61
Winder® frp membrane housing pressure vessels 4" End Entry Design Available in 300 psi, 450Psi, 600Psi, 1000Psi, 1200Psi, pressure rating Accommodates standard make 4" Membrane Element Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Specification Winder® frp membrane housing pressure vessels 4" End Entry Design Available in 300 psi, 450Psi, 600Psi, 1000Psi, 1200Psi, pressure rating Accommodates standard make 4" Membrane Element Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF 4 Inch End Entry frp pressure vessels Key Features: Operating Temp Range: -10°C ---49°C Internal permeate port not to exceed 125PSI(0.88 MPa) Operating pH Range: 3 - 11 Cleaning pH Range: 2 - 12 (less than 30 minutes) Mirror inner wall and brightly surface. BSPP/NPT thread available White color is as standard. Customized colors are also available. ASME Code stamp available upon request
1.Place of Origin: Jiangsu, China (Mainland) 2.Brand Name: Canature HuaYu 4.Pressure: 300Psi ~ 1200Psi 5.Lengths: 1~7 elements 6.Size: 4 or 8 inch 7.Type: side port or end port 8.Warranty: 1 Year 9.Colour: white 10.Material: FRP 11.Operating Temperature: -7 centigrade to 49 centigrade
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
Winder frp membrane housing pressure vessels Side Entry Design Available in 1000 psi pressure rating Accommodates standard make 8" Membrane Element Element length: 40" x (1-8) Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Winder frp membrane housing pressure vessels for sea water desalination, high concentration waste water Side Entry Design Available in 1000 psi pressure rating Accommodates standard make 8" Membrane Element Element length: 40" x (1-8) Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF multiports (side ports, feed ports) available:2", 2.5", 3", please fill the attached ordering chart to clarify the ports position and size! 8 INCH frp filter housings Key Features: Operating Temp Range: -10�°C ---49�°C Internal permeate port not to exceed 125PSI (0.88 MPa) Operating pH Range: 3 â?? 11 Cleaning pH Range: 2 â?? 12 (less than 30 minutes) Mirror inner wall and brightly surface. Multi-ports option White color is as standard. Customized colors are also available. ASME Code stamp available upon request
Winder 2012 Design-Spring Locking Type Similar structure with Codeline, Wavecyber FRP pressure vessels Available in 600Psi,1000Psi,1200Psi operation pressure Ports: side port, end port Accommodates standard make 8" Membrane Element Element length: 40" x (1-8) Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Winder 8" 600-1200PSI FRP MEMBRANE HOUSINGS-2012DESIGN Similar structure with Codeline, Wavecyber FRP pressure vessels Side/End Entry Design Available in 600Psi,1000Psi,1200Psi operation pressure Accommodates standard make 8" Membrane Element Element length: 40" x (1-8) Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Key Features: Operating Temp Range: -10C ---49C Internal permeate port not to exceed 125PSI(0.88MPa) Operating pH Range: 3 11 Cleaning pH Range: 2 12 (less than 30 minutes) Mirror inner wall and brightly surface. Multi-ports option White color is as standard. Customized colors are also available. ASME Code stamp available upon request Quality Assurance Hydro-static Leakage Test Pressure: 8 INCH frp filter housings Standard: 100% test, not sampling 100,000 times cycle test Burst test with 6 times of its operating pressure 100% QA test with 1.5x design hydraulic pressure. ASME: 1.1x Design Pressure 100% QA inspection and cleaning before final packaging and delivery to customers. Submitted for NSF standard 61 Applications: Winder FRP membrane housing pressure vessels are widely used for industrial waste water treatment, seawater desalination, brackish water desalination, RO system for electronics, electric power, food & beverage, metallurgy, chemical, pharmaceutical and other fields. Notice: Please operate in accordance with User Guide! All information is subject to change without prior notice. Please contact us for the latest product information and specifications.
4 INCH frp membrane housings W40S300 Winder frp membrane housing pressure vessels 4" Side Entry Design Available in 300 psi, 450Psi, 600Psi, 1000Psi, 1200Psi, pressure rating Accommodates standard make 4" Membrane Element Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Specification Winder frp membrane housing pressure vessels 4" Side Entry Design Available in 300 psi, 450Psi, 600Psi, 1000Psi, 1200Psi, pressure rating Accommodates standard make 4" Membrane Element Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Key Features: Operating Temp Range: -10°C ---49°C Internal permeate port not to exceed 125PSI(0.88 MPa) Operating pH Range: 3 - 11 Cleaning pH Range: 2 - 12 (less than 30 minutes) Mirror inner wall and brightly surface. Multi-ports option White color is as standard. Customized colors are also available. ASME Code stamp available upon request
Winder® frp membrane housing pressure vessels 4" End Entry Design Available in 300 psi, 450Psi, 600Psi, 1000Psi, 1200Psi, pressure rating Accommodates standard make 4" Membrane Element Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF Specification Winder® frp membrane housing pressure vessels 4" End Entry Design Available in 300 psi, 450Psi, 600Psi, 1000Psi, 1200Psi, pressure rating Accommodates standard make 4" Membrane Element Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF 4 Inch Side Entry frp pressure vessels Key Features: Operating Temp Range: -10°C ---49°C Internal permeate port not to exceed 125PSI(0.88 MPa) Operating pH Range: 3 - 11 Cleaning pH Range: 2 - 12 (less than 30 minutes) Mirror inner wall and brightly surface. BSPP/NPT thread available White color is as standard. Customized colors are also available. ASME Code stamp available upon request frp membrane housings Quality Assurance Hydro-static Leakage Test Pressure: Standard: 100% test, not sampling ? 100,000 times cycle test ? Burst test with 6 times of its operating pressure ? 100% QA test with 1.5x design hydraulic pressure. ASME: 1.1x Design Pressure ? 100% QA inspection and cleaning before final packaging and delivery to customers. ? Submitted for NSF standard 61
4 Inch Side Entry frp ro membrane housings W40S450 Winder frp membrane housing pressure vessels 4" Side Entry Design Available in 300 psi, 450Psi, 600Psi, 1000Psi, 1200Psi, pressure rating Accommodates standard make 4" Membrane Element Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF 4 INCH frp filter housings Specification Winder frp membrane housing pressure vessels 4" Side Entry Design Available in 300 psi, 450Psi, 600Psi, 1000Psi, 1200Psi, pressure rating Accommodates standard make 4" Membrane Element Applicable to: DOW, HYDRANAUTICS, OSMONICS, KOCH, TORAY, CSM, VONTRON, BDX, etc. Standard: ASME RP, CE, ISO9001, ISO14001, UL/NSF 4 Inch Side Entry frp filter housings Key Features: Operating Temp Range: -10°C ---49°C Internal permeate port not to exceed 125PSI(0.88 MPa) Operating pH Range: 3 - 11 Cleaning pH Range: 2 - 12 (less than 30 minutes) Mirror inner wall and brightly surface. Multi-ports option White color is as standard. Customized colors are also available. ASME Code stamp available upon request Quality Assurance Hydro-static Leakage Test Pressure: Standard: 100% test, not sampling ? 100,000 times cycle test ? Burst test with 6 times of its operating pressure ? 100% QA test with 1.5x design hydraulic pressure. ASME: 1.1x Design Pressure ? 100% QA inspection and cleaning before final packaging and delivery to customers. ? Submitted for NSF standard 61 4 Inch Side Entry frp pressure vessels Notice: Please operate in accordance with User Guide! All information is subject to change without prior notice. Please contact us for the latest product information and specifications.
We have 8 inch and 4 inch membrane housing. Packing with plastic bubble paper and carton.
One of the largest integrated primary producer of aluminium in Asia. With a pan-Indian presence that encompasses the entire gamut of operations, from bauxite mining, alumina refining, aluminium smelting to downstream rolling, extrusions and recycling, Hindalco enjoys a leadership position in aluminium and downstream value-added products in India. Our Indian aluminium operations are integrated and consist of bauxite mining, alumina refining, smelting and converting primary metal into value-added products. We have dedicated sources for critical raw materials such as bauxite, power and coal. We also have committed supply sources for auxiliary chemicals. Our finished products include alumina, primary aluminium in the form of ingots, billets and wire rods, value-added products such as rolled products, extrusions and foils. Metallurgical alumina is used for our own captive needs. Chemical alumina and hydrates are used in range of industries including water treatment, fillers in cables and plastics, refractories and ceramics, glass among others. Our facilities are in regions close to raw material sources, low cost and available labour and demand markets. This helps in reducing costs and improving profit margins. The technology upgrade has resulted in higher utilisation rates at our plants and improved efficiency. We believe implementation of superior technology not only reduces costs but also provides superior and customised products, thus, improving our sales. Hindalco's integrated complex at Renukoot, in Uttar Pradesh, India, houses an alumina refinery, an aluminium smelter and facilities for the production of semi-fabricated products. Power is sourced from our Renusagar power plant, located about 45km from Renukoot. Our facilities also include an aluminium smelter and an aluminium FRP facility (for rolled products, extrusions products and wire rods) at Hirakud (Odisha) with a captive power plant and coal mine, and alumina refinery at Muri (Jharkhand). Our Chemical grade alumina plant is located at Belagavi (Karnataka), and rolling mills at Belur (West Bengal), Taloja near Mumbai and Mouda near Nagpur (Maharashtra). Foil rolling facility is situated at Mouda near Nagpur (Maharashtra) and our extrusion plant at Alupuram (Kerala). Hindalco's new age smelters at Aditya (Odisha) and Mahan (Madhya Pradesh), operating on state-of-the-art AP36 technology, have not only resulted in expansion of our capacities but also improved cost-efficiency of our operations. These smelters have their own captive power plants and source alumina from Utkal, our 100% subsidiary. Utkal Alumina (Odisha) is a world class refinery with one of the lowest cost structure in the world. The bauxite for Utkal is sourced from Baphlimali mines by a 18 kilometer long conveyor, one of its kind in the world
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
A few companies exist which produce dome shaped structures using materials such as concrete, granite, molded plastic and sheet metal, but has no comparison from the features listed above. A handful of companies manufacture molded fiberglass structures, but none has developed a system comparable to that of Domes, which offers interlocking double fiberglass panels containing thermal barrier inlays (polyurethane foam insulation and optional foil sandwiched between fiberglass layers) and multiple floor plans using modular components. Several key features of the molded modular fiberglass structure make it uniquely suited for such applications, including: ò No maintenance (the fiberglass panels used to construct the house require no painting and do not deteriorate from weather, rot, or insect infestation); ò Lower heating and cooling cost (the fiberglass panels have insulation built into them and the dome shape reduces by thirty percent the cubic feet of interior air to be heated or cooled, resulting in a 28+ R-factor); ò Structural strength (the curved surface of the panels reduces wind resistance, enabling the house to withstand straight-line winds of 140 miles per hour or more); ò Quick construction (a fiberglass home can be assembled, erected in one or two days, and finished inside within a period of two or three weeks); ò Earthquake resistance (the fiberglass panels flex instead of breaking); ò Water resistance (the fiberglass structure is completely sealed from the ground up); ò Portability (a fiberglass house can be easily disassembled and relocated to a new site).
Filter bag is a low cost disposable media with depth-filtration qualities and high solids loading capacity.Felt FIlter Bags areFelt Bag available n polyester, polypropylene, nylon,felts are available.
SAN-MCH Water Flow Rate SAN-MCH Satinless Steel Sanitary cartridge housings have surface finish of mechanical polished, making the housings ideal housings can be disassembl for demanding processes requiring high purity.The ed in all parts eliminating possibility of rtained particles and and making more effective cleaning. The design of clamp closure advantages the housing with convenient operation and quick element change out. Manufactured by 100% stainless steel,the housingare competent to workin a wide range of critical applications.
Our 20ft modification container storage and shipping containers have an outside dimension of 20' x 8' x 8.6', making them an excellent choice for portable onsite storage. Our 20' containers feature: Frames constructed from 8' gauge steel Body construction of 14' gauge steel One-inch thick wood floors Our containers are an ideal choice for short term or long term storage space. These are suitable for building supplies  commercial use, home use and much more. Our containers offer secure storage too. Exterior Interior Door Capacity Length: 20ft. Length: 19ft. 4in. Width: 7ft. 8in. Gross: 66,139 lbs Width: 8ft. Width: 7ft. 8in. Height: 7ft. 6in. Payload: 61,289 lbs Height: 8ft. 6in Height: 7ft. 10in. Tare Weight: 4,850 lbs
Our 20ft office container sales, storage and shipping containers have an outside dimension of  20' x 8' x 8.6', making them an excellent choice for portable onsite storage. Our 20' containers feature: Frames constructed from 8' gauge steel Body construction of 14' gauge steel One-inch thick wood floors Our containers are an ideal choice for short term or long term storage space. These are suitable for building supplies, commercial use, home use and much more. Our containers offer secure storage too. Exterior Interior Door Capacity Length: 20ft. Length: 19ft. 4in. Width: 7ft. 8in. Gross: 66,139 lbs Width: 8ft. Width: 7ft. 8in. Height: 7ft. 6in. Payload: 61,289 lbs Height: 8ft. 6in Height: 7ft. 10in. Tare Weight: 4,850 lbs
Our 20ft rollup door container storage and shipping containers have an outside dimension of 20 x 8 x 86 making them an excellent choice for portable onsite storage Our 20 containers feature Frames constructed from 8 gauge steel Body construction of 14 gauge steel Oneinch thick wood floors Our containers are an ideal choice for short term or long term storage space These are suitable for building supplies commercial use home use and much more Our containers offer secure storage too Exterior Interior Door Capacity Length 20ft Length 19ft 4in Width 7ft 8in Gross 66139 lbs Width 8ft Width 7ft 8in Height 7ft 6in Payload 61289 lbs Height 8ft 6in Height 7ft 10in Tare Weight 4850 lbs
