Additive Feeder

1 Deltaplast Extruder D40-150-24 Horizontal 1 Gentran Pressure Indicator Model GT90 1 Colourmate additive feeder with digital potentiometer 1 Stepdown transformer 25 KVA

Raw material + additive mixing vacuum feeder hopper dryer single screw extruder marking line extruder mould and calibrator vacuum calibration tank cooling tank haul off machine printer cutting machine stacker For all kinds of plastic pipes production, including PE, PP, PVC, PPR, etc. We are professional manufacturer of these production lines, with high quality, competitive price, active service and years of experience, our machines are enjoying very good reputation from our clients all over the world. Our plastic pipe production lines mainly include extruder, moulds(as per requests of users), vacuum forming boxes, spray cooling boxes, multi-claw haul off, cutter, pipe rack, also we can supply regarding auxilliary machines, such as mixer, pipe belling machine, screw feeder, hopper dryer, etc. All electric components are from famous world brands, such as ABB, SIMENS, SCHNEIDER, OMRON, RKC, etc.

We Ultra Febtech - An ISO 9001:2008 Certified Company Engaged in Manufucturing of CMC Plants Machinery to Convey the Material. First cellulose react with caustic to form alkali cellulose then react with mono chloro acetic acid or it’s salt from sodium carboxy methyl cellulose. During the reaction of alkali cellulose with etherification agents and in the subsequent reactions, sodium chloride (common salt) is produced as a major by-product. This is washed out together with any other byproducts or, in the case of technical-grade NaCMC, left in the product. The dried cellulose ethers are then processed into granular or powder products and in some cases modified with other additives. NaOH Generally the reaction are as follows Solvent Cellulose + caustic - alkali cellulose Alkali cellulose + MCA ------ Na CMC + NaCl MACHINERY LIST Reactor Dryer Feeder Ultrafine Grinder With Accessories Centrifugal Siever Nauta Mixer Rotary Siever Dust Collector Ribbon Blender Washing Unit Filtration Unit Vacuum Dryer Distillation Column Water Chilling Plant Miscellaneous Pipe Lines

We Ultra Febtech - An ISO 9001:2008 Certified Company Engaged in Manufucturing of CMC plants to Convey the Material. First cellulose react with caustic to form alkali cellulose then react with mono chloro acetic acid or it’s salt from sodium carboxy methyl cellulose. During the reaction of alkali cellulose with etherification agents and in the subsequent reactions, sodium chloride (common salt) is produced as a major by-product. This is washed out together with any other byproducts or, in the case of technical-grade NaCMC, left in the product. The dried cellulose ethers are then processed into granular or powder products and in some cases modified with other additives. NaOH Generally the reaction are as follows Solvent Cellulose + caustic - alkali cellulose Alkali cellulose + MCA ------ Na CMC + NaCl MACHINERY LIST Reactor Dryer Feeder Ultrafine Grinder With Accessories Centrifugal Siever Nauta Mixer Rotary Siever Dust Collector Ribbon Blender Washing Unit Filtration Unit Vacuum Dryer Distillation Column Water Chilling Plant Miscellaneous Pipe Lines

We Ultra Febtech - An ISO 9001:2008 Certified company engaged in manufucturing of CNC plants to convey the material. First cellulose react with caustic to form alkali cellulose then react with mono chloro acetic acid or it’s salt from sodium carboxy methyl cellulose. During the reaction of alkali cellulose with etherification agents and in the subsequent reactions, sodium chloride (common salt) is produced as a major by-product. This is washed out together with any other byproducts or, in the case of technical-grade NaCMC, left in the product. The dried cellulose ethers are then processed into granular or powder products and in some cases modified with other additives. NaOH Generally the reaction are as follows Solvent Cellulose + caustic - alkali cellulose Alkali cellulose + MCA ------ Na CMC + NaCl MACHINERY LIST Reactor Dryer Feeder Ultrafine Grinder With Accessories Centrifugal Siever Nauta Mixer Rotary Siever Dust Collector Ribbon Blender Washing Unit Filtration Unit Vacuum Dryer Distillation Column Water Chilling Plant Miscellaneous Pipe Lines

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.

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 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.

Our tissue rewinding machine can be divided into fully automatic and semi-automatic types. The fully automatic tissue rewinder comes with a computer control system. Fully Automatic Tissue Rewinder Using computer programming technology, the fully automatic tissue rewinding machine achieves an automatic change of the paper tube or coreless roll paper, and auto gluing, sealing, and trimming. This reduces labor intensity and increases the product quality. Semi-Automatic Tissue Rewinder The semi-automatic tissue rewinding machine relies more on manual operation. With only a slight difference in the operation conversation, there is very little difference between this and the automatic rewinder. Main Features 1. The fully automatic tissue rewinder is available with a double face embossing unit that makes the tissue softer, while keeping a uniform embossing effect on each face and firm lamination. This paper converting machinery is ideal for processing rolls for kitchen use. In addition, the end product comes with 15% or more weight reduction than those with the same size, but a single face embossing. 2. Therewinding equipment can be equipped with special units for a complete and quick switchover between coreless, solid, and hollow tissue rolls. This change over is optional according to customer requirements. 3. Our tissue rewinding machine can synchronously complete automatic trimming, gluing, sealing, and roller drawing out, enabling the paper to smoothly enter the slitter and packaging unit without sheet loss. Because of this, it can improve the production efficiency and product grade. 4. This tissue rewinder uses a pneumatic belt paper feeder. It is designed with tension control devices for unwinding rollers and each paper roll.