PU Dewatering Screen Panel PU Dewatering Screen Panel is a type of screens made of steel frame and polyurethane surface. This structure ensure the high tensile strength and much better wear resistance than the woven vibrating screen mesh and perforated vibrating screen nesh. PU Dewatering Screen Panel panel is mainly used for dewatering of sand and gravel PU Dewatering Screen Panel is also called polyurethane slot screen because of the narrow slot openings. The narrow slot opening is as fine as 0.1mm, which makes the screen have high efficiency and accurate dewatering performance. The PU Dewatering Screen Panel is widely used to assist in dewatering of materials. Additional, it can also provide a ramp which helps to maximize screen washing capabilities. Specifications: Material: steel frame and polyurethane surface. Thickness: 30mm, 40mm, 45mm, 50mm. Opening size: Width: 0.1mm - 2.5mm , Length: 4mm - 16mm. Screen width: 305mm ï¼?12inchï¼? and as your requests Screen length: 305mm, 610mm, 650mm, 915mm, 1200mm and 1220mm and as your requests. Features: Wear and abrasion resistance. High efficiency. High tensile strength. Steel frame added to strengthen the tensile strength. Lightweight and easy to install. Various connection types to fit different machines. Non-blinding. Low noise. Long service life. Application: Polyurethane dewatering screen panel can provide a ramp which helps to maximize screen washing capabilities and mainly used for dewatering and dehydration for various materials. Such as below: Tailing,Coal,Gravel,Sand.
Axial expansion joints are designed to compensate axial movements (extension and compression) in its longitudinal axial direction due to thermal expansions and absorb the mechanical vibrations and reduce sound on pipe line systems (pumps, compressors, fans). The standard expansion values of axial expansion joints (metal bellow expansion joints) are 30 mm and 60 mm. Upon customer request special expansion values and sizes will designed and produced. If smoothness is needed or if high frequency vibrations or turbulence are expected in the flow media Axial Expansion Joints (Metal Bellow Expansion Joints) should be used with Liner. Liner material also can able to eliminate resonance caused by the fluid passing trough the bellows and minimize the contact surface of the fluid. Contact surface of the expansion joint can be minimized by using axial expansion joints with liner. Application of Axial Expansion Joint Cold & Hot Water Pipelines Steam Lines Ship Building & Marine Applications Central Heating & Cooling Applications Boiler, Pressure Vessel & Hear Exchanger Applications Exhaust Systems Oil & Gas Pipeline Systems Industrial Applications Technical Futures Bellow Material Stainless Steel AISI304(Opt. AISI316, AISI321) Intermediate Pipe Material Carbon Steel St37.2(Opt. AISI304, AISI316) Connection Types Fixed Flanged, Loose (Rotatable) Flanged, Weld Neck End End Material Carbon Steel St37.2 (Opt. AISI304, AISI316) Operating Temperature -20 °C/+400 °C Operating Pressure PN6/PN10/PN16/PN25/PN40/PN64 Nominal Diameters DN25(1) to DN3000(120) Design EJMA Standards
Externally Pressurized Expansion joint size from DN25(1") to DN1200 (48") from minimum expansion values to large expansion values, X-Pressed expansion joints, with floating(rotating) flanges and weld neck connections, Design pressure from PN2,5 to PN64.
Vibration Absorber expansion joints are designed to compansate vibrations in the pipelines. These expansion joints are generally used in pipelines where the pumps are used. Vibration absorber expansion joints are designed standard sizes from DN25(1") to DN1200 (48"). Vibration absorber expansion joints are mainly used inlet and outlet of Pumps anc compressor connections, water pipelines, marine applications, industrial plants, chemical facilities.
Fire sprinkler, Standard Spray Sprinklers, Extra Large Orifice Sprinklers, Extended Coverage Sprinklers, Concealed Sprinklers, Fire sprinkler system, Pendent Sprinklers, Quick Response Sprinklers, Standard Response Sprinklers,
Dilatation Expansion Joint, Lateral Expansion Joint, Universal Tied Expansion Joint, Dilatation Expansion Joint with tie rods, Metal expansion joints Stainless Steel Bellow expansion joints, Expansion joints according to EJMA standards, AISI304 bellow dilatation expansion joints,
Hinged Gimbal type expansion joints are also called Angular Expansion joints or Dilatation&Earhquake Expansion joints. Gimbal type expansion joint absorbs the movements in three dimension has ability to absorb large movements. These expansion joitns are designed according to EJMA standards. Flange connection, Weld Neck connection and Grooved connection types are available. Gimbal type expansion joints are designed from DN25(1") to DN1000 (40").
Level Indicator, Magnetic level gauges are used to measure the level of the fluid in tank systems. Level indicators can also adjustable to building management system(BMS) and by giving direct output 0-10 VDC or 4-20mA. Standard, scale, top mounted or valve connection types are also available.
Modular Polyurethane Screen Mesh Modular polyurethane screen mesh is manufactured from specially formulated polyurethane and high tensile embedded steel frame. Combined with wear resistance urethane and high tensile strength steel frame, modular polyurethane screen mesh possesses excellent performance in separating and screening industry. Similar as polyurethane dewatering screen, modular polyurethane screen also has various connection types, including the bolts connection type, mosaic connection type, press bar connection type and hook connection type. Various connection types can fit different machines and different applications. It is the most versatile and cost effective modular system. Specifications Material: polyurethane material and embedded steel frame. Thickness: 30mm - 60mm. Aperture type: square, rectangular and round. Aperture size: 5mm - 50mm. Connection type: mosaic connection, bolts connection, press bar connection and hook connection. Get quotation: TEL:+86-311-80690567 Mobile Phone: +8618103317488 Contact me with WhatsApp Email : team91@huataogroup.com Address:NO.298 ZHONGHUA NORTH STREET ,XINHUA DISTRICT, Shijiazhuang, China. Zip:050000 Wechat:18103317488 Website: www.tufflexscreen.com
Polyurethane Fine Screen Mesh Polyurethane fine screen mesh is made of polyurethane sheet with high quality screen surface. Polyurethane fine screen mesh is abrasion resistance and much longer service life than the woven vibrating screen mesh. Moreover, the property of anti-blinding makes it feasible to screen materials which is considered difficult or impossible to screen previously. Polyurethane fine screen mesh has an extremely fine openings which is as fine as 0.1mm, which is suitable for a wide variety of wet and dry applications. Polyurethane fine screen mesh has extremely fine openings for accurate separation. Polyurethane fine screen mesh with low noise and low maintenance, is the replacement products of perforated vibrating screen mesh. Additional, the polyurethane fine screen mesh has higher wear resistance and acid and alkali resistance than the woven vibrating screen mesh. There are hooks on the both side of polyurethane fine screen mesh, which make it easy to install the screen mesh onto vibrating screens.
Self-cleaning Polyurethane Screen The Polyurethane Screen cloths not only improved the quality but also minimised blinding, improved efficiency and have great wear. this provides the site with longer periods between changeover and less downtime during busy screening periods. Polyurethane Tufflex Screens have been documented to last up to 10 times longer than traditional woven wire screens, because the flexible and smooth nature of the materials allow it to move with the passing material. The impact effect is reduced, allowing longer wear life. The flexibility of the screen prevents sticking and blinding. Thus, the screens continue to perform at maximum efficiency without having to stop for cleaning. The increased run time adds up to considerable volume upside across the year for the same overhead cost structure.
Polyurethane Coated Steel Wire Rope Screen polyurethane coated stainless steel wire rope screen also named Tufflex Screen with the same open area as woven wire and huge advantages over traditional screens. Tufflex as a problem solving screen media, designed to reduce screen wear, pegging, blinding, dust, noise and screen installation issues. However, for high volume production facilities, hi-tensile screens can restrict output, are short-lived and can be costly and cumbersome to change. Tufflex addresses all of these important issues. Tufflex can be rolled up and thrown on a shoulder without the fear of sharp edges or having to take two operators. Tufflex is also quieter when in operation, which can be very important if the quarry is in a built-up area. Polyurethane Coated Steel Wire Rope Screen can last over twice as long as traditional woven wire mesh. The performance is different from traditional wire, rubber and poly screens due to a combination of the poly/wire construction and the fully/partially weld features. Along with a longer lifespan, Tufflex also makes less noise than its wire counterpart, with less sound emanating from clashing objects on the screen. Polyurethane Coated Steel Wire Rope Screen produces less pegging and blinding, particularly amongst its range of partially welded screens, as the secondary vibration effects, along with the smooth finish of the poly, and the movement between wires can stop material from staying on the surface. Polyurethane Coated Steel Wire Rope Screens main feature is its wear resistant polyurethane wire ropes, fusion welded together. The mesh has sheet metal formed hooks on opposite sides, like traditional tension screen cloths. The material in the hooks can be either mild steel or stainless steel.
Welded Tufflex The aperture shapes of Tufflex Screen are similar to woven wire, square or rectangular, and the construction varies with either fully or partially welded. The aperture range is 1.5mm to 45mm, with a wire rope diameter range from 1.5mm to 12mm, with custom-made rectangular slots as fine as 0.7mm wide. The poly sheets can be welded on for hot spot impact protection or enhanced abrasion protection along the hooks. The installation of Tufflex is the same as any cross-tension screen. The hooked edges of the Tufflex allow for fitment into existing tension set-ups without any structural modifications. Centre hold-down holes are easily accommodated. Tufflex as light, easy to handle and depending on the application possesses a longer wear life than higher tensile woven wire. The brightly coloured material is lightweight and smooth, which makes it much easier to handle when delivering, storing, installing or removing.
Partially Welded Tufflex The Tufflex screens, particularly those that are only partially welded and which give off a secondary vibration effect, have the capacity to self-clean, providing the site with the capacity to run all year round. Thus, the cost of the replacement screen isnt the only metric to measure; this site has had a 35 to 40 per cent improvement in production capacity, allowing it to service customers throughout the year. The Tufflex screening range is available with either square or rectangular apertures of varying sizes. The screens are either welded on every junction, or partially welded at every second intersection. The polyurethane coating provides extended wear life when compared with traditional wire screens, which become worn as aggregate and rocks are compounded over them. The composition of the polyurethane provides some slip for the product to be screened effectively while causing minimal damage to the screening substrate. Depending on the product being screened and the surrounding regional climate, HUATAO Groups extractive team can assist in the selection of the most appropriate Tufflex combination. OHS is not potentially the first criteria when selecting a screen type but as we all continue to focus on improving the safety of our employees, customer and contractors, the OHS elements of any choice are increasingly important. Tufflex screens are far lighter than their traditional woven wire counterparts. They are usually supply rolled and can be manoeuvred by one person, in sharp contrast to traditional woven wire, which necessitates a forklift, pallet or even boom lift to be lifted on-site. OHS practices may require three points of contact, and therefore moving screens using more than one person, but this task is even safer and easier given the reduced weight of Tufflex. Cuts and abrasions normally associated with traditional screening media are all but negated; there are no sharp edges caused by cut wires along the edges of screens. Tufflex screens are fully encased in polyurethane, with only the hooks outstanding.
Polyurethane Vibrating Screen Mesh Polyurethane Vibrating screen Mesh come in fully welded, partially welded and rectangular welded variations. The brightly coloured material is lightweight and smooth, which makes it much easier to handle when delivering, storing, installing or removing and possesses a longer wear life than higher tensile woven wire. The polyurethane screens last over twice as long as traditional woven wire mesh. The performance is different from traditional wire, rubber and poly screens due to a combination of the poly/wire construction and the fully/partially weld features. Along with a longer lifespan, Tufflex also makes less noise than its wire counterpart, with less sound emanating from clashing objects on the screen. Tufflex produces less pegging and blinding, particularly amongst its range of partially welded screens, as the secondary vibration effects, along with the smooth finish of the poly, and the movement between wires can stop material from staying on the surface. The aperture shapes are similar to woven wire, square or rectangular, and the construction varies with either fully or partially welded. The aperture range is 1.5mm to 45mm, with a wire rope diameter range from 1.5mm to 12mm, with custom-made rectangular slots as fine as 0.7mm wide.
PARENTNashik offers spot welding electrodes shank & holder in different shape, style as per international standards made in Chromium copper zirconium | C-18150 | group-A | & Beryllium Copper | C-17510 | group-A for spot welding gun, portable welder & robot gun.Â
Paramount Enterprises with renowned brand .PARENTNashik is an ISO 9001:2015 certified manufacturer, supplier &exporter organization in Nashik - India. PARENTNashik offers various types of projection welding electrodes | Nut & Stud welding electrodes made in Chromium copper zirconium |C-18150 | group-A | and faced with tungsten copper | C74350 | group B | { Elkonite Electrodes }to suit your portable projection welders. For nut feeder system PARENTâ??s nut welding electrodes are paramount. These electrode assemblies consist of heads / Cap, locating pins, bodies & upper electrodes. Especially Cap/heads are available with tungsten copper faced to give more life to electrodes. Air pressure type nut welding electrode assembly are available. Guide pins are made hard steel with coating along with coated insulating sleeve. Stud welding electrodes and backup electrodes are available for stud 6mm to 12mm. Bodies are made in CuZrCu with tungsten copper on face. #Quick Delivery #Best Price #Excellent Quality.
Phenolic Paper-base Laminated Tube PFCP22A(IEC) Class E Phenolic Cloth-base Laminated Tube PFCC21A/24A Class E Epoxy Laminated Glass Cloth Tube EPGC21/22 Class B/F Silicone Laminated Glass Tube SIGC21 Class H Bismaleimide Laminated Glass Cloth Tube BMIGC21 Class H Epoxy Glass Fiber Winding Tube EPCF52 Class H Modified Diphenyl Ether Laminated Glass Cloth Tube Class H Polyester Imide Laminated Glass Cloth Tube Class H Non-circular Tube (square tube, oval tube) Description: 3520(é??é??å±?å??纸管) This product has good mechanical and electrical properties. It can be used for motor and electrical equipment and also can be used in transformer oil. 380/380A (é??é??æ£?å¸?å±?å??管) The product has higher radial tensile strength. It can be used as support structure and wear-resistance parts of seals or bears. EPGC21/22ã??355ã??356ã??SIGC21ã??BMIGC21 With good dielectric property and machinability, the product can be used as components of insulation structural of electrical equipment, and can also be made into coil insulation tube and insulation end coil of dry-type transformer. Epoxy Glass Fiber Winding Tube 360 EPCF52 Description: This product adopts fiber glass yarn that is impregnated with insulation jelly made of epoxy resin and other resins by certain proportion, and then it is rolled in wet method, and dried and finally consolidated by baking. Its heat resistance level is up to Class H, and it also has excellent electrical and mechanical properties, chemical resistance (SF6), low dielectrical loss, no deformation or delamination. It can be used as main insulator on H grade dry-type transformer, load tap changer, electricâ??reactor, lightning arrestor, SF6 inductor, etc. 5. Non-circular Tube (square tube, oval tube) Class F/H Description: Non-circular tube is made of high temperature resistant resin and fiber glass cloth or yarn that are rolled in the wet method, and then dried and finally consolidated by baking. It has excellent mechanical, dielectric and mechanical properties. It can be used as components of insulating structure of electrical equipment, and can be also used in transformer oil and in wet environment. It is suitable for transformer, reactor, etc.
Epgc201/202/203/204/306/308 epoxy glass fiber sheet The product adopts 7628 glass fiber cloth impregnated with epoxy resin by hot pressing. It has high mechanical and electrical properties, good heat resistance and humidity resistance. Products are widely used on mechanical, electronic and electrical equipment as components of insulation parts. The product have higher mechanical properties, electrical properties and high thermal mechanical strength. Iec Characteristic Epgc201 High mechanical and electrical properties, good heat resistance, moisture resistance. Epgc202 Fr4 Performance is similar to epgc201; the flame retardance level is improved to ul f-v0. Epgc203 G10 Performance is similar to epgc201 and it has advanced heat resistance, high mechanical strength at high temperature, excellent electrical and anti-static properties. Epgc204 Fr5 Performance is similar to epgc203; the flame retardance level is improved to ul f-v0. Epgc306 G11 Performance is similar to epgc203 and its proof tracking index is improved. Epgc308 Performance is similar to epgc203 and its heat resistance is improved. It has well mechanical stability at high temperature.
Epoxy Glass Fiber Winding Tube 360 EPCF52 Description: This product adopts fiber glass yarn that is impregnated with insulation jelly made of epoxy resin and other resins by certain proportion, and then it is rolled in wet method, and dried and finally consolidated by baking. Its heat resistance level is up to Class H, and it also has excellent electrical and mechanical properties, chemical resistance (SF6), low dielectrical loss, no deformation or delamination. It can be used as main insulator on H grade dry-type transformer, load tap changer, electricâ??reactor, lightning arrestor, SF6 inductor, etc. Technical Data Standardï¼?GB/T 5132.1-2009 IEC61212-1:2006 No. Properties Unit Value 360/EPCF52 1 Density g/m1.85-2.00 2 Vertical Bending Strength (normal) MPa 400 3 Axial Compressive Strength MPa â?¥150 4 Parallel Breakdown Voltage (90 â?? of transformer oil) Kv â?¥40 5 Vertical Electrical Strength (90 â?? of transformer oil) 1mm Kv/mm â?¥11.6 6 Surface Voltage Resistance after Wetting kv â?¥12 7 Insulating Electrical Resistance after Wetting Ω â?¥1.0*10^9 8 Dielectric Loss Factor (50Hz) - â?¤0.05 9 Water Absorption ï¼? â?¤1 10 Partial Discharge PC â?¤5 11 Temperature Index - 180
