Nanping incense special polyacrylamide preferred Gong Yi Kang Ming water

Kang Ming water purification specifically for the incense factory's unique product needs, developed a 'Kang Ming' brand polyacrylamide incense special. The incense special polyacrylamide is used as a fragrant raw material. The white plastic powder and the adhesive are applicable to various fragrant flavors such as sticky notes, grassy notes, coils, sticks, mosquito coils, and bamboo sticks. Polyacrylamide is used for making incense with high viscosity and high content in the first place in anionic polyacrylamide! It can quickly improve the performance of the fragrant billet, greatly improving the quality of the fragrant product with strong adhesion, good cold solubility and excellent film formation.
I. Product Overview:
The polyacrylamide-based incense that is specific to the fragrant plant has the advantages of high viscosity, odorless combustion, good combustion, high hardness, high finish, no softness, easy use, stable performance, non-toxic and harmless to the human body, and is ideal for making incense. The product. Compared with the traditional process, it can reduce the production cost, which is 3 to 10 times of the viscosity of the traditional tanning powder. The fragrant product after use has the characteristics of fragrant gray, good folding resistance and strong flexibility. Polyacrylamide for making incense
1. Kang Ming's new type of polyacrylamide can be used to quickly change the properties of the fragrant blanks, and greatly improve the quality of fragrant products. It has a strong adhesive force, good cold solubility and excellent film forming properties. The use of incense made of polyacrylamide Kang nameplate to ensure that the smooth surface of the sweet and smooth lubrication, mold release is not sticky, no cracking of the body, the appearance of molded products beautiful and delicate. Significantly enhance the anti-folding strength of the incense, and the polyacrylamide has a stretchable stretchability. The use of polyacrylamide in incense sticks guarantees that the incense will not break during transport and will not break easily. Significantly improve the burning performance of incense. The addition of the binder causes the powder particles near the burning point of the fragrant head to rapidly dehydrate and dry to form a fine microporous structure, and the micropores are filled with air to improve flammability. Keeping up with the green consumer trend, polyacrylamide is completely different from common adhesives in terms of special chemical odors.
2. Use polyacrylamide to simplify the production process of incense and increase the production efficiency. Polyacrylamide has cold solubility. The incense polyacrylamide can adapt to various water temperatures only by stirring in warm or even cold water, even in low temperature season. Production can also save the simmering process, reduce energy consumption, and simplify the process. Another polyacrylamide with a strong adsorption capacity.
3. The overall production cost of polyacrylamide used in incense-making incense is greatly reduced. Polyacrylamide can be used alone after being put into the incense market to replace the mixed binders such as sticky wood powder, suede powder, root powder and adhesive. And the use of this type of scented adhesive is half that of conventional scented adhesives. This will not only save the use of raw materials and procurement, quality inspection and other procedures, but also reduce the process links and equipment, to maximize the savings of manpower and material resources.
Polyacrylamide for making incense Usage:
No need to add other adhesives, just add flavor and mosquito repellent. Polyacrylamide with a molecular weight of up to 18 million or more, a good degree of adhesion to polyacrylamide in the synthetic resin coating, water grouting materials for civil construction, building materials industry, improve cement quality, construction industry adhesives, seal repair and Water blocking agent, soil improvement, electroplating industry, printing and dyeing industry all have good applications.

Second, on the professional knowledge of incense:
There is a wide variety of fragrances in our country. This refers to the sacrificial offering of incense or the incense used in the room. It is also called the incense, the incense, or the hygienic incense. The main popular in the north is the coreless incense, also known as the straight incense; the popular in the south is the cored bamboo or incense stick. The bamboo sticks are fine, and the bamboo sticks are thick, with no other difference. Let's talk about the incense here first. Production of raw materials: including aggregates, binders, spices and so on. The main body composed of aggregates, mainly wood flour, requires no odor; the fineness is generally around 100 mesh, and no other special requirements are required. Recently, other plant powders have also been used, such as various agricultural crops such as straw powder, etc., or a combination thereof.
The traditional binder is eucalyptus bark powder. Its function is to bind the aggregates together so that the scent made is strong, elastic and not easily broken. The quality of eucalyptus bark powder is also different. The main function is the core of the tree, while the outer skin does not work. Without the old skin called the white lotus root powder, containing the old skin called the red lotus root powder. The proportion of tanned flour and aggregates is approximately 1:1 to 1:2 by weight. Due to the limited amount of tanned powder, modern chemical additives have also been added. Spices can be a variety of natural spices, such as sandalwood, agarwood and so on. There can also be a variety of herbs in the spice, such as star anise, fennel and so on. The most used in recent years is a variety of flavors. Obviously, the difference in costs for different spices is considerable. Most of the fragrances that are seen on the market are used. The use of flavors can produce a variety of flavors that people like. It is as good as or better than natural flavors and herbal flavors, because some flavors are refined from natural flavors. But when it comes to the benefits to the human body, I am afraid it will be far behind compared to natural spices and herbal spices.
In addition to the above raw materials, now the production of incense, generally need to add pigments to make people like the color. There are no special requirements for pigments. Then there are some traces that producers add in order to improve quality or reduce costs. These are the secrets of the producers and they have their own tricks. At the same time, it is precisely because it is not transmitted densely. Therefore, the degree to which these tricks are scientific and reasonable is not known.
The last thing you need is water. Strictly speaking, water cannot be used as a raw material because water only plays a role in the process of making incense. After drying and drying, the incense after removing water can be counted as a finished product. However, in the process of making incense, water is indispensable. Among the good raw materials, the weight of water accounts for about 40% to 60%, which is quite different because of the variety of incense, the process of producing incense, and the equipment. The stirred material is squeezed out of the hole of the mold and is the main process of making incense. The extruded incense sticks are attached to the chambray, dried or dried after finishing, or re-shaped, which is the finished incense. Can be shipped after packaging.
First, stir. Put a variety of raw materials and water into the mixer in a certain proportion. The structure of a general mixer is very simple, there are blade wings in the mixing drum, and the raw materials are stirred evenly through the rotation of the blade wings. Only the wing shape of the mixer is special. The better mixer blades I have seen are shaped like S-shaped blades, see figure one. The advantage of this shape is that the agitated material forms a single mass, ie the material does not easily contain air. The air is harmful during the squeezing process of the incense and it causes the extruded incense sticks to break. It is also said that this method is not easy to destroy the viscosity of the spices, but I have not strictly tested. The disadvantage is that the mixing efficiency is low, but the proportion of the stirring during the whole process of making incense is very small, so the low efficiency has nothing to do with the overall situation. Mixing is critical throughout the incense process and this requires experience. Before entering the material, impurities should be taken into consideration, the proportion should be appropriate, the water should be appropriate, and the stirring should be uniform. There are also osmium powder used to burn with boiling water to increase viscosity.
Second, extrusion molding. This process is done by a fragrant machine. The current incense making machine is mainly composed of a transmission mechanism, an extrusion head, an extrusion chamber (feed trough) and a die (Figure 2). The mixed material is placed in the extrusion chamber and pressed downwards by the extrusion head. The pressed material is extruded from the die hole and becomes the desired shape. Nowadays, the popular incense machine has a fixed extrusion chamber (single tank) and a movable extrusion chamber (two tanks), which can save time for the incense machine to wait for loading. Due to different transmission mechanisms, a hydraulic system and a gear system were formed. The mold is a strip of steel plate with many holes, the holes are arranged in rows, with one row, two rows or rows of holes. The most used are two rows of holes. So the extruded sticks are also arranged in rows.
Third, the incense, finishing. Here's where Shan Luo is used. Shan Luo is generally made of a rectangular border made of wood strips and topped with gauze. Used to store incense sticks for drying and drying. When the length of the extruded incense stick reaches the length of the incense, the incense stick is scraped onto the incense by the incense, which is the fragrance. At this time, the incense sticks on the incense were not regular, and they had broken strips of varying lengths. In the end, it reached a layer of fragrant, neatly discharged on the Shanlu. Finally cut into the required length. After molding, the fragrant strips need to be dehydrated, dried and packaged and sold. Generally divided into natural drying and artificial drying two. Artificial drying is mainly used by large companies. The drying room is commonly used. In a well-insulated room, it is heated by means of mantle, heating, and fire. The incense sticks with molded incense sticks are discharged onto the incense sticks in the drying room. The drying room has ventilation equipment to facilitate the elimination of moisture. Room temperature is about 40 degrees, usually a few hours can be incense. First-in first-out, cycle production. Then there is the use of equipment to dry, with a set of equipment hundreds of thousands of domestically not necessarily useful.
Small businesses use natural drying. It can be dried in the room or dried in the room. As the case may be. Drying is faster and easier to dry. During the drying, the upper part of the fragrant bar, the loss of moisture is faster, and the contraction is also faster, so the two ends of the fragrant bar rise up. After the upper part is dried and set, the shrinking force of the lower part is not enough to pull the upper part of the shaped part, and finally the incense stick is bent. During the drying process, sprinkle some water on the top of the fragrant to control and reduce the deformation. The dryness is to put the incense on the incense holder in the room and it is naturally ventilated. Long dry time, small deformation. If the deformation is large, the fragrant strips can be removed in rows and stacked vertically and horizontally. After a period of time, it can play a role in correction. The dried incense sticks can be packaged. Packaging is also varied and generally simple. It's just a bundle of savory notes. Here's a brief introduction. Generally, the cross section of the incense stick is a symmetrical hexagon, and is not a regular hexagon. That is, a regular hexagon reduces two symmetrical edges. However, this is not clearly defined. It may be a habit! So you can just form a regular hexagon, or reduce the four sides. After packaging is the complete product.
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