Products Description: l.Adopt special electronic controlling circuit for heating; high efficiency in simultaneous controlling one lamp or more; lower power consumption. 2.Adopt the theory of heat transfer and feedback while designing the shape and thikness of preform. 3.The preform will be heated evenly, not be influenced by outside environment. 4. Cooling system with cold air cycle ensures same heat exposure of internal and external surface of the bottles. 5.The air exhaust system designed by CAD can guarantee the deviation of heating furance temperature +/-1 degree. 6.Air circuit system consists of movement and blowing so as to meet the needs of different air pressure, also to provide stable high pressure for blowing different shapes of big capacity bottles. 7.The system is equipped with silencer, connecting rod and articulated refueling devices. 8.Two modes of operation: semi-automatic mode and automatic mode. 9.Small size, low investment one person enough to operate, simple and s
1. The same type machine stronger rigidity, weight of 6.7 tons, work bench bearing of 700 kg. 2. Ultra high speed displacement speed 48 m/min. 3. High precision, the machining accuracy of 0.01/300 mm. Rapid Speed X/Y:48m/min Z Axis：36m/min
"1.With three-beam and four-column structure, the press is designed economically and practically. The hydraulic system adopts advanced cartridge inserted valve integrated system which has large flow, Low pollution, easy control, reliable performance." "2.The independent electrical control system ensures reliable and operational performance of system. The machine uses button centralized control, which can be operated in manual and semi-automatic way. " "3.The molding techniques are fixed-pressure and fixed-stroke which has the function of time delay Under fixed pressure. Working pressure and stroke can be adjusted within a certain scope according to molding needs. " Standard export packaging
1. The whole machine is sheet plate welded structure .To eliminate the internal stress, vibration aging technology is adapted. The machine bears the characteristics of high strength and good rigidity. 2. Double hydraulic oil cylinder is applied for upper transmission ,provided with mechanical limit stopper and synchronous torsion bar, typical of stable and reliable operation, as well as high precision. 3. Electrical control and manual fine-tuning mode are adopted for distance of rear stopper and stroke of gliding block ,and fitted with digital device ,easy and quick in use. 4. Upper die is fitted with deflection compensation device.
1.Special numeric-control system fitted with mainframe of the bending machine 2.Mulch-work-step programming function is able to achieve an automatic operation and continuous positioning of mulch-step procedures, as well as an automatic precision adjustment for positions of rear stopper and gliding block. 3. The machine is provided with bend counting function, for a real-time display of processing quantity and power-failure memory of positions of stopper and gliding block, as well as procedures and parameters 4. Imported ball bearing lead screw and linear rail are used for rear stopper, to ensure the positioning precision of rear stopper, for processing precision of machine to be bigger.
1. Overall welded and processed structure 2. Closed loop control mode composed of electric-hydraulic servo valve and measure ruler, ensure the highest controlling precision, bending accuracy and re-positioning accuracy also reach the highest level. 3. Back-gauge mechanism can control several background axes. 4. Integrated hydraulic system decreases the pipe connections, oil leakage, and increases the stability and overall beautifies. 5. Hydraulic compensation mechanism helps to prevent the deformed slider from affecting the quality of the workpiece, and the compensation mechanism is adjusted automatically by the cnc controller which is convenient and accuracy. 6. Nc controller uses holland delem, italy esa or swiss cybelec with mulch-languages.
Two wf67y series in same specification are chosen as main machine with double motor linkage synchronous-device, which may work together to process overlong workpiece or operate separately to increase production efficiency. Defection compensation device is also fitted, mechanic and fluid servos with mechanic slider are utilized in synchronous device. The stroke of upper slider and the position of rear apron are regulated quickly by mechanic and micro-regulated by hand with electronic nc display.
We Ultra Febtech - An ISO 9001:2008 Certified company engaged in manufucturing of Ultrafine Pulverizer to convey the material. A unique equipment to handle the mass that is most difficult to grind. It gives the desired fineness with a very high capacity and that too at lower power consumption. No special feeding systems such as screw conveyor or rotating valve is required. It pulls the material in, due to high suction of air and throws in high vertical discharge pipeline makes even drying possible with in the same equipment. Less maintenance makes the operation of grinder unstoppable. The equipment is available in vertically mounted or horizontally mounted on tough frame. Various capacities are available.
We Ultra Febtech - An ISO 9001:2008 Certified company engaged in manufucturing of Impact Pulverizer to convey the material. An extra heavily constructed machine designed to pulverize even rocks and minerals of medium hardness. Fineness, ranging among 100 meshes to 300 meshes (150 to 50 microns) and in some cases even 500 meshes. Non concrete foundation - frame with AVM pads may be provided. The equipment is suitable for medium hard minerals, chemicals, bulk drugs, coal, paints, dyes and pigments, herbs, seed, etc.
We Ultra Febtech - An ISO 9001:2008 Certified Company Engaged in Manufucturing of Guar Gum Plants Machinery to Convey the Material. The plant has been configured and designed in such a way that minimum work force will require. The guar split will be fed in to the pneumatic system to feed in to the turbo screen. The turbo screen is suggested at the high of plant. The screening will be employed for the removal of foreign matter. This screened material will be stored in a storage hopper. The guar splits will fall from the screens by gravity to the storage hopper, which is configured below the screen. From storage hopper material can be taken in to double cone mixer as and when required by gravity for the rehydrating of guar splits. All the rehydrated guar split will be sent to the hopper of Flakers at a time by gravity. Flakers will crush the guar splits and crushed guar splits will go into the ultrafine grinder at the uniform rate. Ultrafine grinder is proposed for the grinding of crushed guar splits. This grinder has ability to grind the material without generating too much heat. Material will be fed into the dryer. Oil will be the media to convey the heat and deliver to the air. This hot air will take the material into the dryer line where actual drying will take place. Attached cyclone system will separate the material and hot air. To heat the oil Thermal boiler will be used. The material will be screened through centrifugal screen. Material passing through the screen will be again screened through turbo screens as additional control. This material will be sold as a premium product. Oversize of the centrifugal screen will be screened through turbo screen to separate another grade in terms of particle size followed by additional screening. The oversize will be screened through another turbo screen to separate another grade. Oversize will be passed through another grinder. The material will be passed through another screen. Oversize will be recycled to the same grinder. Final material coming out from all the screens will be sent separately by gravity in to the Nauta mixer for the blending and to make a uniform lot. The products will be tested and packed. The plant can be operated by 2 skill workers in a shift. The loading/unloading and the packing of the final product can be done on contract basis.
We Ultra Febtech - An ISO 9001:2008 Certified company engaged in manufucturing of TKP Plants Machinery to convey the material. The Plant has been configured keeping in mind minimum manual operation. The material will be fed into the pneumatic system and will be conveyed to the reactors. The one hold up hopper (Storage feeder) will help to save the time between two batches. Raw material Tamarind kernel Powder / seeds is treated with the chemicals as described in the process in the reactor. For effective use of the plant, two reactors are suggested with medium size s those are more convenient and economical to use. To add chemicals, three metering tanks are suggested. To maintain temperature or to increase temperature of the material in the reactor, hot water tank is provided. This hot water tank is equipped with coils to maintain the desired temperature of the water. The reacted mass is sent to the ultrafine grinder. Ultrafine grinder can grind the material with minimum thermal degradation compared to other grinders. Material coming out from the grinder will have high moisture due to addition of moisture in the reaction stage. The reacted mass is sent to the ultrafine grinder. Ultrafine grinder can grind the material with minimum thermal degradation compared to other grinders. Material coming out from the grinder will have high moisture due to addition of moisture in the reaction stage. The material is dried in the dryer tube by hot air generated by thermal fluid boiler (Mentioned as radiator). From the system hot air will be sent out from dust collectors and the material will be collected in the first cyclone. The dried material is passed through centrifugal screen to confirm correct particle size. Finally material is sent to powder blender, essentially a ribbon blender of about 5 MT capacities. The different batches are to blended and converted into a large batch. The addition of Biocide and any other additives (if required) is carried out in the powder blender. The product will be packed either by manually or by automatic machine. To run the plant, two skilled and four unskilled workmen are required. One skilled workman at reactor and another to look after other operations of the plant. Two unskilled workmen are required for loading of raw material and remaining two will be required in packing area. Instead of having unskilled workmen, the possibility of having contact labour can be explored.
capacities: 500kg-25000kg/h fire tube water tube oil and gas gas fire coal ired wood fired std
We Ultra Febtech - An ISO 9001:2008 Certified company engaged in manufucturing of Reaction Blender to convey the material. The entire unit is fabricated with engineering precision. Along with the double ribbons that provide to & fro, up & down movement to the powder. Two of chopper blades moving at cutting speed are provided at diagonally opposite sides to break lumps of the mixture. It accurately and rapidly blends small proportions into large stocks. Ribbon blender is also suitable to mix a small quantity of liquids to powder stocks. Offers you dust free operation, compact and excellent appearance. This low operative cost equipment is available with the sizes varying from a tiny lab model to 15000 liter.
We Ultra Febtech - An ISO 9001:2008 Certified company engaged in manufucturing of TKP plants to convey the material. The Plant has been configured keeping in mind minimum manual operation. The material will be fed into the pneumatic system and will be conveyed to the reactors. The one hold up hopper (Storage feeder) will help to save the time between two batches. Raw material Tamarind kernel Powder / seeds is treated with the chemicals as described in the process in the reactor. For effective use of the plant, two reactors are suggested with medium size s those are more convenient and economical to use. To add chemicals, three metering tanks are suggested. To maintain temperature or to increase temperature of the material in the reactor, hot water tank is provided. This hot water tank is equipped with coils to maintain the desired temperature of the water. The reacted mass is sent to the ultrafine grinder. Ultrafine grinder can grind the material with minimum thermal degradation compared to other grinders. Material coming out from the grinder will have high moisture due to addition of moisture in the reaction stage. The reacted mass is sent to the ultrafine grinder. Ultrafine grinder can grind the material with minimum thermal degradation compared to other grinders. Material coming out from the grinder will have high moisture due to addition of moisture in the reaction stage. The material is dried in the dryer tube by hot air generated by thermal fluid boiler (Mentioned as radiator). From the system hot air will be sent out from dust collectors and the material will be collected in the first cyclone. The dried material is passed through centrifugal screen to confirm correct particle size. Finally material is sent to powder blender, essentially a ribbon blender of about 5 MT capacities. The different batches are to blended and converted into a large batch. The addition of Biocide and any other additives (if required) is carried out in the powder blender. The product will be packed either by manually or by automatic machine. To run the plant, two skilled and four unskilled workmen are required. One skilled workman at reactor and another to look after other operations of the plant. Two unskilled workmen are required for loading of raw material and remaining two will be required in packing area. Instead of having unskilled workmen, the possibility of having contact labour can be explored.
We Ultra Febtech - An ISO 9001:2008 Certified company engaged in manufucturing of Nauta Mixer to convey the material.Nauta Mixer is Ideal mixer to mix various small lots to make uniform one lot or to mix many large proportions of powders to a uniform product. This should be perfect choice. The Nauta mixer offers low operative cost than any other types of mixers. A planetary rotating screw near the wall of cone not only mixes the powders but also breaks the lumps. A silent equipment offers you trouble free operation. The sizes of Nauta mixer available are 500 liters to 20000 liters.
Machine Size: 3650*630*1830MM Output: 120pcs/min Machine Weight: 350KG Voltage: 220V or Customized Power: 2.7KW Pressure: 6kg/cm2 Body Material: Rustless aluminum alloy Control Mode: Inverter control Testing Method: Photoelectric Detection Remark: The position of the pleats and the size of mask blank is adjustable. Wooden packing
Machine Size: 1950*920*1780MM Output: 45pcs/min Machine Weight: 300kg Voltage: 220V or Customized Power: 2.3KW Pressure: 6kg/cm2 Body Material: Rustless aluminum alloy Control Mode: PLC (programmable logic controller) Testing Method: Photoelectric Detection Remark: Mask body size must be fixed. wooden packing
Machine Size: 6700*3200*1680MM Output: 120pcs/min Machine Weight: 1600KG Voltage: 220V or Customized Power: 11KW Pressure: 6kg/cm2 Body Material: Rustless aluminum alloy Control Mode: Inverter control Testing Method: Photoelectric Detection Remark: Mask body size must be fixed. wooden packing
Machine Size: 1820*900*1780MM Output: 55pcs/min Machine Weight: 300kg Voltage: 220V or Customized Power: 2.3KW Pressure: 6kg/cm2 Body Material: Rustless aluminum alloy Control Mode: PLC (programmable logic controller) Testing Method: Photoelectric Detection Remark: Mask body size must be fixed. WOODEN PACKING
Machine Size: 6700*2500*1980mm Output: 25-35pcs/min Machine Weight: 1350KG Voltage: 220V or Customized Power: 11KW Pressure: 6kg/cm2 Body Material: Rustless aluminum alloy Control Mode: PLC (programmable logic controller) Testing Method: Photoelectric Detection Remark: One machine can produce various folding masks. wooden packing
