37results about How to "Improve singeing effect" patented technology

The invention relates to a cloth negative pressure finishing singeing device, which comprises a frame, a cloth guide roller, a carding assembly and a negative pressure hair removal assembly. During the rotation, the fibers attached to the surface of the cloth are erected, adsorbed and pulled; there is a fluff shaping space between the negative pressure hair removal component and the cloth. And the adsorption holes and the deflectors and heating wires respectively arranged on both sides of the removal pores, the airflow flows along the hair removal chamber and is guided by the deflectors to form an airflow acceleration zone, and a negative pressure zone is formed between the deflectors and the adsorption holes; The carding component erects the fiber and shapes it, and then pulls the fiber with the adsorption force to contact the heating wire to realize singeing. At the same time, the broken fiber is collected by the airflow conduction separation component, which solves the problems existing in the prior art. Poor singeing effect and inconvenient dust removal technical problems.

The invention discloses a cloth singeing production line, which relates to the technical field of textiles. The cloth singeing production line comprises a machine body, wherein a tension adjusting roller group, a dust collection fan group, a preheating fan group, a singeing chamber, a washing trough, a drying oven and a cooling fan group are successively arranged in the machine body, wherein a conveyor roller group I for conveying the cloth is arranged between the preheating fan group and the singeing chamber, a conveyor roller III for conveying the cloth to be washed in the washing trough is arranged between the singeing chamber and the drying oven, and a conveyor roller group IV for conveying the cloth is arranged between the cooling fan group and the drying oven. The cloth singeing production line has the beneficial effects that the singeing is performed after heat collection, preheating and the treatment of an electrostatic generation apparatus, so that the singeing effect is better, the subsequent ultrasonic washing step and the drying and cooling steps can well remove ash attached to the surface of the cloth after the singeing, and the dried cloth can be flattened.

The invention discloses a mini gassing frame. It is made up of distribution box, two frequency changing electric machines, cloth sending tension roll, breadth staying roller, cooling roller, burner opening, quench box, air pressing cloth roller, exhaust fan, cloth laying and falling plant, incendiary agents atomization plant, steam pressure generating plant. It can reach the effect of reasonable design, simple operation, and good gassing. And it is fit for different thickness fabric gassing.

The invention provides a textile fabric shaping, production and processing device. The textile fabric shaping, production and processing device comprises a processing box, wherein a mounting frame ismounted in the processing box; and a fabric is conveyed on the mounting frame, a negative-pressure neatening mechanism, an incineration mechanism, a smoothening mechanism and a dust cleaning mechanismare separately mounted on the mounting frame in the fabric conveying direction, a rolling mechanism is installed outwards during processing, and after being subjected to singeing treatment, home textile fabrics are subjected to rotary scraping cleaning of ash incineration by using the dust cleaning mechanism before rolling; and during cleaning, rotation switching of the dust cleaning mechanism isutilized, a pressing roller is used for carrying out rolling and tensioning adjustment and smoothening treatment on the fabric to be rolled, the fabric is always smooth in a rolling process, and theproblem that the fabric has wrinkles in the rolling process after singeing is solved.

The invention relates to a textile high-efficiency dyeing device, in particular to a textile high-efficiency dyeing device. The technical problem to be solved is to provide a textile high-efficiency dyeing device which is high in dyeing efficiency, is good in dyeing effect, and can achieve singeing and air drying at the same time. To solve the technical problem, the invention provides a textile high-efficiency dyeing device including a bottom plate, an L-shaped support, a dyeing pool, a releasing roller, a first motor, a first sliding rail, a first bearing seat, a first rotation rod, a first gear and first vanes; the L-shaped support, the dyeing pool, and the releasing roller are arranged on the bottom plate from left to right; and the first motor, and the first sliding rail and the firstbearing seat are successively arranged on an inner horizontal plane of the L-shaped support. The textile high-efficiency dyeing device uses the first motor and a second motor as a drive so as to allowthe first vanes and a heating plate to rotate in a positive and negative alternate manner, and can perform air-drying and singeing on the textile.

The invention discloses a singeing device for printing and dyeing fabrics, which is arranged in a singeing chamber to perform singeing treatment on fabrics, including a cloth feeding assembly, a front-end brushing box, a singeing machine unit, and a cooling water roller arranged in sequence from left to right , rear-end brush box, dry cleaning box, rolling car and cloth drop frame assembly; the front-end brush box and the rear-end brush box have the same structure, and there are brush roller sets inside, and the brush roller sets include multiple brush rollers arranged oppositely. There are bristles on the top, and the outside of the bristles has an electrostatic adsorption layer for absorbing dandruff; the singeing machine unit includes two side-by-side first singeing space and second singeing space, the first singeing space and the second singeing space have the same structure. The present invention performs singeing and brushing twice, which can effectively improve the singeing effect and make the fabric more regular and flat. At the same time, the flame generator is provided with a flow regulating valve, which can set the flow rate according to the needs of use to meet different needs. Fabric singeing needs.

The invention relates to a fuel gas infrared textile singeing frame and a singeing method thereof. The singeing frame comprises a rack, a rolling roller group, a first infrared combustor, a second infrared combustor and a textile transmission device, wherein the textile transmission device is used for driving a textile to move along the rolling roller group; the textile sequentially passes through the first infrared combustor and the second infrared combustor; the first infrared combustor acts on a front surface or a back surface of the textile; correspondingly, the second infrared combustor acts on the back surface or the front surface of the textile; the infrared is rapidly warmed and pre-heated by utilizing a rapid thermal radiation conduction and penetration capability of infrared rays; residual flame generated in a combustion process of the infrared combustors is used for rapidly igniting fluff on yarn surfaces, which are sufficiently heated, of the textile, so that the fluff on the front and back surfaces of the textile and the yarn surfaces in the textile are singed and the optimal singeing effect is realized; a production speed is rapid and a machine is simple to operate; singeing traces are not remained by infrared singeing and the loss on the textile is less than 0.5 percent; dust is generated on the surface of the textile and is easy to clean, so that production requirements are met.

The invention relates to a contact type singeing machine for textile, comprising a machine body, a driving rubber roller disposed on the machine body, and a plurality of cloth guidance rollers disposed on and inside the machine body, and a contact type singeing device inside the machine body. The contact type singeing device comprises a concaving shaped case and two electrically heating rod disposed therein, a high temperature alloy steel body for forming a high temperature radiation zone is assembled by covering peripheral of the electrically heat rod. Firstly, due to electrically heating singeing mode, production cost is greatly reduced under the circumstance that price of oil and gas raise day by day; secondly, by installing a stentering heating board above the electrically heating rod, and forming high temperature radiation zone, not only floss on the surface of the fabric is burned, but also floss in intervals formed by warp and weft of the fabric is burned; meanwhile, heat energy recovery device is adopted, energy is saved; and lifting fabric passing device is designed, and shortcoming of cloth burning and electricity break and stop is thoroughly eliminated.

The invention relates to a drum-type singeing mechanism, which includes a main body mechanism, the main body mechanism includes a first cylinder, a second cylinder arranged in the first cylinder, and an unwinding roller arranged in the second cylinder , the side of the first cylinder is opened with a first outlet, the side of the second cylinder is opened with a second outlet, and a transmission channel is formed between the first cylinder and the second cylinder; and burning The wool mechanism, the singeing mechanism includes a combing device arranged on the first outlet side for combing the hair on the surface of the cloth to one side, and a combing device arranged between the first cylinder and the second cylinder and behind the combing device. The singeing device at the end; the invention overcomes the problem that the fluff on the cloth surface cannot be fully combed, and the hair on the fabric cannot be supported and easily shakes during the singeing process, resulting in incomplete singeing.

The method to eliminate fluff from a yarn (11) comprises a first step in which the yarn (11) is made to transit in a processing zone (15) of a singeing machine (12) in which a source of high intensity energy (14) is positioned in order to carry out a first pass of removing the fluff. The method comprises a second step in which the yarn (1 1), exiting from said processing zone (15), is picked up again and diverted in order to be made to transit substantially continuously at least a second time inside the processing zone (15), in proximity to the source of energy (14), in order to carry out a second pass of removing the fluff. The second pass occurs in a direction concordant with the first pass. A control and adjustment is provided of the tension of the yarn (11) in at least one point of the diversion, guide and return path, between the first pass (F1) and the second pass (F2).

The invention relates to a magnetic adsorption type singeing production line, which includes a feeding part, which includes a spreading mechanism for spreading metal particles on the surface of textile fabrics during transmission and a shaking mechanism arranged under the fabrics to shake the fabrics The dehairing part, the dehairing part includes a combing mechanism arranged at the rear end of the feeding part and a singeing mechanism arranged at the rear end of the combing mechanism. Burn off the stand-up wool, and collect the waste debris generated during the burning process; the invention overcomes the problem that traditional carding equipment cannot ensure that most of the hair is fully erected during the combing process and the combing process It is easy to damage the fabric and the main body of the fabric during the singeing process, and the waste generated by singeing cannot be collected in time and remains on the fabric.

The invention relates to a textile integrated singeing mechanism, which includes a carding assembly, a singeing assembly and a dust removal assembly. The carding assembly includes a negative pressure chamber, an adsorption port and combing teeth; the singeing assembly includes a combustion chamber, which is set on the wall of the combustion chamber The burner, the gas pipe fixed on one side of the burner, and the igniter fixed inside the combustion chamber, the combustible gas in the gas pipe is released through the diffuser channel opened on it and communicated with the combustion chamber. , the flame is ejected through the burner port to form a singeing area; the dust removal component includes a dust removal chamber and a dust suction port opened on the dust removal chamber; the combing component, singeing component and dust removal The fiber is adsorbed and erected, and the fibers are singed with adjustable intermittent fire spraying multiple times, and then the dust after the singeing is collected by negative pressure, which solves the unsatisfactory fiber erection, complex structure and uncontrollable singeing in the prior art technical problems.

The invention relates to a rotary contact type cloth singeing mechanism, which includes a bracket and a cloth guide roller, and also includes: a finishing assembly, a singeing assembly and a driving assembly. The adsorption channel on it carries out the traction of fibers, and then performs secondary fiber adsorption through the shaping suction port; the singeing assembly is located at the lower station end of the finishing assembly, and the combustion chamber and buffer chamber set inside it are respectively connected with the gas pipe and the suction pipe. Intermittent communication, the combustible gas enters the combustion chamber through the gas pipe, and after being ignited by the spark plug set at one end, the flame is ejected along the burner port to form a singeing area. Cleaning of impurities on the cloth; while the driving component drives the finishing component and the singeing component to rotate, it also drives the exhaust fan connected to the adsorption pipe and the suction pipe to rotate; solves the problem of poor singeing quality and production problems in the prior art Inefficient technical problems.

The invention discloses a singeing device for printing and dyeing, which comprises two parallel guide rails. Both ends of ceramic heaters are respectively arranged on the guide rails. A control cabinet for regulating and controlling temperatures and moving speeds of the ceramic heaters is arranged at one side of the guide rail. The device has a simple structure. Due to the adoption of the round ceramic heaters, the temperature is uniformly distributed. The temperatures of different heaters are set in a stepped mode. Resources are saved. The singeing effect is excellent.

The invention discloses aluminum alloy rotary mixing amplitude adjustable double fire nozzles for a printing-dyeing singeing machine, and relates to the field of a fire port with rotary mixing amplitude adjustable double nozzles on the printing-dyeing singeing machine. A left shaft head (2) and a right shaft head (3) of the aluminum alloy rotary mixing amplitude adjustable double fire nozzles (1) are welded with an air inlet box (4) together; a connecting flange (5) welded with the air inlet box (4) is connected with a fire port body; a left fire port body (6) and a right fire port body (7) are connected through a stud (9); two sides of a middle rail (47) of a fire port rail double-nozzle assembly (10) are provided with a left rail (45) and a right rail (46), and a left nozzle (48) and a right nozzle (49) are formed on the upper part of the middle rail; and a left fire port brick (13) and a right fire port brick (14) are arranged on a left heat insulation plate (15) and a right heat insulation plate (16) at the tops of the left fire port body (6) and the right fire port body (7). The aluminum alloy rotary mixing amplitude adjustable double fire nozzles for the printing-dyeing singeing machine have the advantages of high strength, energy conservation, high flame temperature, no excursion and clean singeing.

The invention relates to a cloth singeing and dedusting mechanism, which includes a support, a cloth guide roller and an air blowing assembly, and also includes a singeing chamber and a separation assembly with gas inside, the singeing chamber is located below the cloth and is arranged in a gap with it. The singeing chamber includes an adsorption port and singeing devices and air guide plates respectively arranged on its upper and lower sides. The air guide plate is arc-shaped and its extension direction is the same as the flow direction of the flowing gas. An airflow acceleration zone is formed between the bottoms of the hair cavity, and a negative pressure zone is formed between the suction port and the air guide plate; the separation assembly includes an exhaust cavity, a dust fall cavity, and is arranged between the exhaust cavity and the dust fall cavity and is connected to the horizontal plane. The material guide plate set at an angle and the baffle plate set on the top of the singeing chamber; through the characteristic that the mass of the short wool is greater than the mass of the gas, the S-shaped airflow buffer channel is formed by the material guide plate and the baffle to separate the short wool from the air flow, which solves the problem There is a technical problem that the short hair after singeing is not easy to handle in the technology.

The invention provides a pretreatment system and method for printing and dyeing of home textile fabric. The system comprises a tank body, wherein a rack is arranged in the tank body; the home textilefabric is conveyed on the rack; the rack is provided with a carding mechanism, a singeing mechanism, a pre-cleaning mechanism and a cleaning mechanism respectively in the conveying direction of the home textile fabric. The method comprises the following steps: feeding in, carding, standing, singeing, pre-cleaning, shaping and discharging out. External air is heated by a draught fan and then is discharged to the home textile fabric after singeing, so that impurities remaining on the home textile fabric after singeing are removed; meanwhile, the hot air for removing the impurities is blown fromthe middle to two sides of the width direction of the home textile fabric, the home textile fabric is drawn to be flat by the hot air, and the technical problem that the impurity cleaning and flattingtreatment are synchronously performed on the home textile fabric after singeing is solved.