1. A manufacturing method of terylene rolling brushing velvet with high resilience velvet surface performance comprises the following steps:

-weaving and slitting a cut pile fabric, by which pile warps are interwoven back and forth between the two base fabrics, to form a warp-napped double-layer fabric; the pile warp is polyester high stretch yarn; cutting off pile warps between the two base cloths of the double-layer fabric to separate the upper layer from the lower layer so as to form a fabric with smooth piles on the base cloth;

gluing, namely gluing for one time by adopting a rolling and scraping combined mode or gluing for 2 times by adopting a glue rolling mode, wherein the gluing and shaping temperature is strictly controlled at 130 +/-2 ℃;

combing, the number of combing passes being 1-2, the card clothing used is elastic hard card clothing, the rotation speed of the combing roller is 920 and 1050 revolutions/minute; the diameter of the rotating roller is 140 mm and 180 mm;

-finishing, feeding the reverse pile or the forward pile, and cutting off pile warp yarns with the pile face higher than the pile height to ensure that the pile face is flat.

2. The method for manufacturing the polyester roller brushed velvet with high resilience velvet surface performance according to claim 1, wherein the weaving is performed by a double-rapier cutting loom, the velvet warp raw material is polyester high stretch yarn, and the ground warp is polyester interlaced yarn or polyester yarn; preferably, the polyester high-stretch yarns are 300D/96F polyester high-stretch yarns.

3. The method for manufacturing the polyester roller brushed velvet with the high rebound velvet surface performance as claimed in claim 1, wherein the weaving is performed in two-width by using a double needle bar warp knitting machine, the weave structure is a warp knitting structure, the warp yarns are divided into a ground warp and a pile warp, the ground warp uses polyester filaments, and the pile warp is polyester high-elasticity filaments; preferably, the polyester high-stretch yarns are 300D/96F polyester high-stretch yarns; the polyester filament yarn is 150D/35F polyester filament yarn.

4. The method for manufacturing polyester roller brushed fabric with high resilience suede performance as claimed in claim 3, wherein after the double-layer fabric is woven, a slitting machine is used for slitting the fabric and slitting the fabric, and the cloth slitting speed is lower than 6 min/m.

5. The method for manufacturing polyester rolling brush velvet with high rebound velvet surface performance as claimed in claim 1, wherein in the step of coating glue, the rolling and scraping are combined in a way that a layer of thin glue is coated on the back surface of the fabric in a rolling way by a glue coating roller, and then a layer of thick glue is coated by a scraper.

6. The method for manufacturing the terylene rolling brush velvet with high resilience suede performance according to claim 5, wherein the viscosity of the thin glue is less than or equal to 500mPa s; preferably, sunshine B301: A03 ═ 1:1 diluted glue is used; more preferably, the viscosity of the thick glue is more than or equal to 2000mPa & s; preferably, the foam is thickened by sunshine B301.

7. The method for manufacturing the terylene rolling brushed velvet with high resilience suede performance as claimed in claim 1, wherein the thin glue is used for 2 times of gluing by adopting a glue rolling mode; wherein, the second time of gluing is carried out after carding and finishing the suede; preferably, the viscosity of the dilute glue is less than or equal to 500mPa & s; more preferably, the diluent used is a B301 diluent.

8. The method for manufacturing terylene rolling brush velvet with high resilience suede performance according to claim 1, wherein in the carding step, the carding gauge adopts a small gauge of 1-5 mm; preferably, the rotating speed of the carding roller is 950-; most preferably, the carding drum is rotated at 950 rpm and the roller diameter is 160 mm.

9. The method for manufacturing the terylene rolling brush velvet with high resilience suede performance according to claim 1, wherein in the finishing step, a reverse velvet is adopted for cloth feeding; preferably, the height of the shearing hairs is 10-20mm, most preferably 12-15 mm.

10. Polyester roller pile with high rebound pile face properties produced according to any of claims 1 to 9.

Background

In recent years, with the vigorous development of domestic real estate and urban construction and the higher requirements of people on living environments, the usage amount of roller brushes (also called roller brushes) for decoration is gradually increased, and the requirements of people on the style and fineness of decoration are more and more strict. At present, rolling brushing velvet is generally used for painting the wall surface, and the requirements of customers on the resilience performance of a roller brush and the hand feeling of the velvet are stricter and stricter.

The existing rolling brushing velvet is generally made of wool, acrylic fibers, polyester nitrile, chinlon and the like, and has various defects. For example, the acrylic fiber rolling brush has a large paint absorption amount, but is easy to fall off, so that the brushing effect is influenced; the nylon rolling brush has no hair falling but high price; some products have uneven suede, poor elasticity and poor antibacterial effect, are uneven when brushed out of the wall or furniture coatings, and influence the house decoration effect. Chinese patent document CN107557899A discloses a process for preparing nylon rolling brush velvet, wherein bristles of the invention are prepared from raw materials such as nylon, and the raw materials in parts by weight are as follows: 100-180 parts of chinlon master batch, 0.05-0.2 part of vitamin C, 0.01-0.7 part of vitamin E, 0.5-2 parts of nicotinic acid, 2-5 parts of jellyfish powder, 8-20 parts of PBT (polybutylene terephthalate) particles, 2-6 parts of nano silver particles, 2-7 parts of nano pearl powder, 2-6 parts of traditional Chinese medicine residues, 2-6 parts of aloe peel dry powder, 3-8 parts of aluminum oxide, 2-7 parts of straw powder, 2-7 parts of kaolin, 0.1-1 part of nano titanium oxide and 0.1-1 part of nano zinc oxide; the nylon rolling brush velvet has good pulp absorption and good antibacterial effect. Chinese patent document CN1776053A (hengtai patent) discloses a process for manufacturing nylon roller brushing velvet, which uses a double-layer rapier loom as a processing tool, nylon as a velvet raw material and terylene as a base fabric raw material, and adopts the procedures of spooling, warping, weaving, combing and sizing. The nylon roller brush has uniform paint, but has high cost, high price and high contrast, is difficult to be widely accepted in the market and has low utilization rate.

At present, the equipment of domestic brush velvet production enterprises is relatively lagged behind, and the deep processing operation of products cannot be realized due to low technical level of the process, so that the added value of the products is reduced, the utilization rate is low, and the profit margin is small. The method is mainly embodied in the following points: (1) the post-finishing procedures are not fine enough in process control, so that the suede is uneven, poor in elasticity, rough in hand feeling, not full enough and low in product grade; (2) the traditional sizing cloth drying process does not consider the thermal stability and glass transition temperature of the synthetic fiber and does not give full play to the performance of the fiber.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides a method for manufacturing polyester rolling brush velvet with high resilience velvet surface performance.

The technical problems to be solved by the invention are mainly as follows: the fineness and the high resilience of the brushed surface of the polyester roller are improved, so that the paint absorption amount and the paint release amount are improved.

The technical means for solving the technical problems of the invention are summarized as follows: the polyester rolling brush velvet product is characterized in that on the basis of the existing velvet fabric weaving process, a velvet finishing process is innovated, the processes of gluing, combing, finishing and the like are mainly reflected, so that the product is strong in stereoscopic impression, high in rebound resilience, soft and thick to touch, and the paint suction amount and the paint discharge amount are superior to those of the existing nylon rolling brush.

Interpretation of terms:

polyester Filament (FDY): is a long yarn made of terylene. The English letter of FDY is Fully drawn yarn, meaning Fully drawn yarn. The said process can be used in low speed spinning and high speed drawing and winding, and the two steps are completed in one spinning and drawing combination machine.

Polyester high stretch yarn and low stretch yarn: the polyester fiber filament is made into a spiral ring shape through one-time heating deformation, has high elastic expansion rate, and is called as high stretch yarn. Generally speaking, the difference between low stretch yarn and high stretch yarn means that when ordinary polyester is textured, the second hot box of the texturing machine is opened to form low stretch yarn, and the second hot box is not opened to form high stretch yarn (the elasticity is better than the low stretch yarn).

Polyester interlaced yarn: when the common polyester filament yarn passes through a network nozzle, several single filaments are intertwined with each other under the action of jet air flow to form a polyester processing yarn with slight elasticity and fluffiness and a periodic 'network point'.

The terylene interlaced yarn, the terylene high stretch yarn and the terylene low stretch yarn all belong to terylene filament yarns.

The technical scheme of the invention is as follows:

a manufacturing method of terylene rolling brushing velvet with high resilience velvet surface performance comprises the following steps:

weaving and cutting the fabric, interweaving the two base fabrics back and forth through pile warps to form a warp-raised double-layer fabric, wherein the pile warps are polyester high-stretch yarns; cutting off pile warps between the two base cloths of the double-layer fabric to separate the upper layer from the lower layer so as to form a fabric with smooth piles on the base cloth;

gluing, namely gluing for one time by adopting a rolling and scraping combined mode or gluing for 2 times by adopting a glue rolling mode, wherein the gluing and shaping temperature is strictly controlled at 130 +/-2 ℃; so as to increase the fabric thickness and the width stability of the grey cloth.

Combing, the number of combing passes being 1-2, the card clothing used is elastic hard card clothing, the rotation speed of the combing roller is 920 and 1050 revolutions/minute; the diameter of the rotating roller is 140 mm and 180 mm; the suede is soft and has good resilience due to the specific rotating speed and the diameter of the rotating roller.

-finishing, feeding the reverse pile or the forward pile, and cutting off pile warp yarns with the pile face higher than the pile height to ensure that the pile face is flat.

According to the invention, in one embodiment, the weaving is performed by a double-rapier cutting loom, the pile warp raw material is polyester high stretch yarn, and the ground warp is polyester interlaced yarn or polyester yarn. Preferably, the base fabric weave is a W-type consolidation pattern. Preferably, the polyester high-stretch yarns are 300D/96F polyester high-stretch yarns. And (3) cutting the velvet on the machine by using a velvet cutting knife on the double-sword pole velvet cutting loom while weaving.

According to another embodiment mode, the weaving is performed by using a warp knitting machine, the weave structure is a warp knitting structure, the warp yarns are divided into ground yarns and pile yarns, the ground yarns are made of polyester filaments, and the pile yarns are made of polyester high stretch yarns. Preferably, the polyester high-stretch yarns are 300D/96F polyester high-stretch yarns. The polyester filament yarn is 150D/35F polyester filament yarn. Preferably, the warp knitting machine adopts a double-needle bed five-needle weft insertion structure. According to the optimization of the invention, after the double-layer fabric is woven by the warp knitting machine, the fabric cutting and the width cutting are carried out by the width cutting machine, and the cloth cutting speed is lower than 6 min/m; and the tension of the cloth is adjusted by utilizing the cut width opening, so that the cut pile surface is smoother.

The brush suede made of the polyester filament yarns has the advantages of good elasticity, softness, fineness, large paint absorption amount, uniform paint discharge amount, good villus consolidation and huge market potential.

According to the invention, in the gluing step, the rolling and scraping combination mode is that a layer of thin glue (rolling glue) is coated on the back surface (base fabric) of the fabric in a rolling way by a gluing roller, and then a layer of thick glue (scraping glue) is coated by a scraper in a scraping way; in more detail, the combined roll-and-scrape mode operates as follows:

the fabric after being cut into width passes through a tension mechanism and then passes through a rotatable gluing roller, the back of the fabric is attached to the gluing roller, a glue groove is arranged below the gluing roller, and glue in the glue groove is kept at a certain liquid level; then the fabric passes through a platform, a scraper with adjustable distance is arranged above the platform, the glue with certain viscosity is subjected to scraper spacing adjustment by the scraper, and only a part of the glue is remained and scraped on the base fabric, and the scraping glue is thick glue; the glue rolling and scraping are realized by one-time gluing, the hardness of the bottom glue can be controlled by ensuring a certain gluing amount, the thickness of the bottom glue is ensured, and the consolidation degree of fluff and the gluing uniformity are facilitated. Preferably, the viscosity of the dilute glue is less than or equal to 500mPa & s; preferably, the viscosity of the thick glue is more than or equal to 2000mPa & s; more preferably, the sun shine B301: A03 ═ 1:1 diluted glue for glue rolling; the squeegee was thickened and foamed with sunshine B301.

According to the invention, preferably, the sizing by using the glue rolling method is performed for 2 times by using the thin glue. Wherein, the second time of gluing is carried out after carding and finishing the suede. The viscosity of the dilute adhesive is less than or equal to 500mPa & s; more preferably, the thin glue for the rolling glue is B301 thin glue. And carding and finishing can not be carried out after the second glue rolling.

Preferably, in the carding step, the carding gauge is 1-5mm small gauge.

According to the invention, in the carding step, the rotating speed of the carding roller is 950-. Most preferably, the carding drum is rotated at 950 rpm and the roller diameter is 160 mm.

According to the invention, in the finishing step, the reverse pile feeding is adopted according to the direction of the piles after the previous carding process, so that the labor intensity of workers is reduced, and the efficiency is improved. The shearing gauge and the shearing height are determined according to actual needs, preferably, the shearing height is 10-20mm, and more preferably, the shearing height is 12-15 mm.

The present invention is not limited and can be made according to the prior art.

The invention has the technical characteristics and beneficial effects that:

the invention uses polyester filament as main raw material to produce the polyester rolling brushing velvet with high resilience velvet surface performance. Through the improvement of the post-finishing process, the velvet grey cloth is further finely processed, and the integral performance of the fabric is improved. The production efficiency is high, the product has strong third dimension and high rebound resilience, and is soft and thick to touch.

The gluing step (procedure) mainly utilizes glue to stabilize the width of the grey cloth, utilizes the gluing setting temperature of a drying chamber to shrink the fluff on the surface of the fabric, increases the thick hand feeling of the fabric, and can also increase the stability of the fabric by hot melting. Compared with the prior conventional gluing method, the method is characterized in that: the mode of scraping and gluing is changed into a rolling and scraping combined mode or rolling for 2 times of thin glue; the advantages are as follows: (1) the defect that only glue rolling and gluing are uneven is overcome, and the problem that only glue scraping and sizing materials have poor permeation and the suede is disordered is solved. (2) The inventor finds that the gluing and shaping temperature is strictly regulated to be about 130 ℃, the fluff is hard due to deformation and fission of yellowing fibers of the base fabric when the gluing temperature is too high, the sticky fluff is uneven and poor in thermoplasticity when the temperature is too low, and the elasticity and hot melting of the fluff can be ensured only when the temperature is strictly regulated to be about 130 ℃.

The carding technology of the invention is characterized in that: (1) the number of combing passes is 1 or 2, and the combing passes are selected according to the hair height condition; (2) the card clothing is elastic hard card clothing; the elastic hard card clothing increases the hardness of the card wire and reduces the card density of the card wire on the basis of the common card clothing, the suede of the customized card clothing is best, and the loss rate of the card wire is lowest; (3) the carding gauge adopts small gauge, and the invention properly reduces the carding gauge better than carding the suede with large gauge. (4) The rotating speed of the carding roller is 700-; the smooth and sharp elastic card clothing is used for carding fibers, the fibers are not damaged, the carded fibers are elastic, the rotating speed of the card wire roller is too low, the suede handfeel is harder, the rotating speed is faster, the suede handfeel is softer and more elastic, and the rotating speed is too fast, the suede is supersoft but the rebound resilience is poor. Wherein 950 and 980 rpm/min are the optimum speeds, as shown in fig. 1. (5) The diameter of the rotary roller is 140 mm and 180mm, the contact area of the fibers is properly increased during carding, the carding effect is good, and the suede is soft and has good resilience. As shown in fig. 2, in which a roller with a diameter of 160mm works best. The carding step is very important for increasing the softness of the fabric pile surface, the process is used for carding and twisting the pile warps of the fabric, and the research and the mastering of the relation between the carding acting force and the softness are very important.

The invention has the main effects of the finishing steps: 1. the texture of the fabric pile can be improved by using a physical mechanical carding mode; 2. pile warp yarns with high pile height of the pile face can be subtracted by the shearing mechanism, and the flatness of the pile face is increased; 3. the air suction device can be used for sucking the pile surface floating hair. When the previous carding process is the same, the tidying cloth feeding direction is compared, and the difference between the suede of the reverse suede cloth feeding and the suede of the forward suede cloth feeding is not large.

After the whole set of process flow is adopted, the suede of the polyester rolling brushing suede has high resilience, fluff can rebound in a short time after being extruded, the fineness of the suede is greatly improved, and the paint absorption amount and the paint release amount can be well balanced, so that the paint brushing requirements of customers are met. After the fluff elasticity is improved, the suede is soft and exquisite, the flatness of the suede is obviously improved, the smoothness and the flatness of the wall surface after brushing the fluff by rolling are also improved, and the fabric has great market potential. In addition, the product has good fluff consolidation, no fluff loss and good bottom hot melting effect, and is beneficial to quickly occupying the market.

After the whole set of process flow is adopted, the suede of the polyester rolling brushing suede has high resilience, fluff can rebound in a short time after being extruded, the fineness of the suede is greatly improved, and the paint absorption amount and the paint release amount can be well balanced, so that the paint brushing requirements of customers are met. After the fluff elasticity is improved, the suede is soft and exquisite, the flatness of the suede is obviously improved, the smoothness and the flatness of the wall surface after brushing the fluff by rolling are also improved, and the fabric has great market potential. In addition, the product has good villus consolidation, good bottom hot melting effect and market popularization value.

Drawings

FIG. 1 shows the results of experiments on the impact of the rotational speed of the rollers on softness and resilience of the pile, carried out as described in example 1.

FIG. 2 is the result of an experiment on the influence of the diameter of a rotating roll on the carding effect of the pile, which was performed in the method of example 1.

FIG. 3 shows the results of experiments on the effect of sizing temperature on the pile properties, performed as in example 1.

FIG. 4 is a diagram of the pillar and weft insertion weave of example 1.

Detailed Description

The invention is further described below with reference to the figures and examples. The equipment used in the method is the equipment existing in the field. The raw materials used are all commercial raw materials.

Example 1 knitting of polyester high stretch flannelette with roller brushing by warp knitting machine

The manufacturing process of the terylene roller brushed velvet with high resilience suede performance comprises the following steps: weaving, slitting, gluing, carding and finishing.

The weave structure of the fabric is a warp knitting structure, the yarn laying mode is the same-direction yarn laying, and the fabric is knitted by adopting a closed knitting chain mode; the warp yarns are divided into ground yarns and pile yarns, the ground yarns comprise base fabric knitted chains and weft insertion yarns, the base fabric knitted chains use polyester filament DTY, and the weft insertion yarns also consist of the polyester filament DTY; the pile warp is polyester high stretch yarn, the pile yarn is hung on the knitting chain and interweaved between the two base cloths, and the pile yarn between the two base cloths is cut off by slitting to form the pile. The terylene roller brushed warp knitting product with high resilience suede performance mainly comprises the following components: pile warp and ground warp.

Pile warp: the adopted 300D/96F polyester high stretch yarn has the advantages of high modulus, high strength, high elasticity, good shape retention, good heat resistance and the like.

Ground warp: a division into outer and inner filaments, also known as chaining and weft insertion, is shown in fig. 4. The same raw material 150D/35F polyester filament yarn is adopted for the chaining and the weft insertion, and the polyester filament yarn has small elasticity and high strength. The dimensional stability of the fabric can be effectively improved by inserting the yarns with smaller elasticity and extensibility. The tearing strength and the stability of the fabric can be improved by utilizing the high-strength chaining.

Weaving by adopting a double-needle bed warp knitting machine; setting 12 small warp beams at the front and the back of the double-needle bed warp knitting machine together, and warping separately; the pile warp can be hung on a creel by a warping beam or directly by cone yarn; the used double needle bar warp knitting machine consists of 5 guide bars, the knitting wool height is 4.5-50mm, and the speed is between 300 and 800 r/min; in the looping configuration, guide bars GB1, GB2, GB5 and GB6 are fixed on a frame, and during weaving, 4 guide bars are transversely moved left and right without swinging back and forth; the movement condition of the guide bar GB3 is determined by the distance between the knockover plates, GB3 does left-right shogging movement and also does back-and-forth swing in the opposite direction of the knockover plates, so that the problems of distance increase and speed reduction of the knockover plates are solved.

TABLE 1 weaving Process parameters

Slitting: and (3) cutting the woven cloth, slitting the cloth by using a slitting machine, cutting the double-layer flannelette, wherein the speed of the slitting cloth is less than 6min/m, and adjusting the tension of the cloth by using a slitting opening to enable the slit flannelette to be smoother.

Gluing: the method comprises the following steps of (1) adopting a gluing mode of rolling thin glue for 2 times, enabling cloth to pass through a tension mechanism and then pass through a gluing roller with adjustable rotating speed, enabling the back of the cloth to be attached to the gluing roller, arranging a glue groove below the gluing roller, keeping glue in the glue groove at a certain liquid level, and enabling the glue in the glue groove to be thin glue; after the first gluing, the cloth needs to be carded and finished, and because the base cloth has certain hardness after gluing and has a certain supporting effect on the fluff, the cloth is not easy to tear and the fluff is easy to fall off from the card clothing. The second gluing is carried out after the suede is combed and finished (the second gluing is not combed and finished). The two-time gluing ensures a certain gluing amount to control the hardness of the base cloth glue, ensures the thickness of the base cloth glue and is beneficial to the consolidation degree of fluff and the uniformity of gluing. The gluing process parameters are as follows in table 2:

TABLE 2 coating Process parameters

Combing: and combing the glued fabric. The steps of carding pile warps of the fabric through the process, breaking and twisting for carding are very important for increasing the softness of the pile faces of the fabric. (1) The number of combing passes is 2; (2) using elastic hard card clothing; (3) the carding gauge is a looper 4/3; (4) the rotation speed of the carding drum is 950 rpm; (5) when the diameter of the roller is 160 mm; the suede is soft and has good resilience. The carding process parameters are as follows in table 3:

TABLE 3 combing Process parameters

Finishing: the adopted arrangement mechanism mainly comprises a metal detection mechanism, a shearing mechanism, a cloth conveying mechanism, an air suction device and the like, which are all existing equipment. Shearing the combed fabric, and sucking away the sheared floating wool by an air suction device. The finishing process parameters are as follows in table 4:

TABLE 4 finishing Process parameters

And (4) after carding and finishing the suede, performing secondary glue rolling on the base fabric as described in the glue coating process.

The product prepared above is marked as high-resilience terylene brushed fabric 1.

Example 2 polyester high stretch velvet brushed velvet woven by double-rapier loom

The manufacturing process of the terylene roller brushed velvet with high resilience suede performance comprises the following steps: and cutting, gluing, carding and finishing on the weaving and doubling machine. The pile warp raw material adopts polyester high stretch yarn (the specification of the yarn is 300D/96F x 2 in white high stretch), the ground warp adopts polyester filament yarn (the specification of the yarn is 400D/96F polyester interlaced yarn or 28S/2D white T in yarn), the weaving performance is improved on the premise of considering the hand feeling of the pile face, the pile is cut on a machine by a pile cutting knife of a double-rapier loom, and the base fabric tissue is in a W-shaped consolidation mode, so that the woven pile face of the pile cloth is smooth and is not subjected to thread dropping. The weaving process parameters are as follows in table 5:

TABLE 5 weaving Process parameters

Gluing: the method adopts a rolling and scraping combined mode, the cloth passes through a tension mechanism and then passes through a rotatable gluing roller, the back of the cloth is attached to the gluing roller, a glue groove is arranged below the gluing roller, glue in the glue groove is kept at a certain liquid level, and the glue in the glue groove is dilute glue; then the cloth passes through a platform, a scraper with adjustable distance is arranged above the platform, the glue with certain viscosity is adjusted by the distance of the scraper, only a part of the glue is remained and coated on the bottom, and the thick glue with a larger viscosity is used for the scraping; the glue is applied once, so that both glue rolling and glue scraping are realized, a certain gluing amount is ensured to control the hardness of the bottom glue, the thickness of the bottom glue is also ensured, and the consolidation degree of fluff and the gluing uniformity are facilitated. The gluing process parameters are as follows in table 6:

TABLE 6 coating Process parameters

Note: the sun B301: A03 is 1: 1/sun B301 thickening glue foaming refers to that a rolling and scraping combined mode is adopted, and sun B301: A03 is 1:1 thinner glue for rolling glue; the squeegee was thickened and foamed with sunshine B301.

Combing: and combing the glued fabric. (1) The carding times are 1 time; (2) using elastic hard card clothing; (3) the carding gauge is a straight curved needle 3/2 and a curved needle 4/2; (4) the rotation speed of the carding drum is 950 rpm; (5) when the diameter of the roller is 160 mm; the suede is soft and has good resilience. The carding process parameters are as follows in table 7:

TABLE 7 combing Process parameters

Finishing: shearing the combed fabric, and sucking away the sheared floating wool by using an air suction device. The finishing process parameters are as follows in table 8:

TABLE 8 gumming Process parameters

The product prepared above is marked as high-resilience terylene brushed fabric 2.

Experimental example 1: paint suction and discharge amount experiment of rolling brush velvet

The roll brushing flannelette of the example 1, the example 2 and the comparative example is made into a hot melting brush, a sample with a specified size is cut, the cut sample is put on an electronic balance, the mass is respectively weighed as m0, and the unit is g; the roller is slightly rolled in the paint for 1 minute, lifted and kept still for 30 seconds, and the weight of the roller is weighed as the paint absorption amount; the paper is rolled back and forth for 30 times on a piece of 1 square paper without excess paint, and the weight of the paper is weighed as the paint release amount.

Comparative example 1 the nylon roller brush pile prepared in example 1 of CN1776053A was used, and comparative example 2 was a commercially available ordinary nylon brush. The experimental data of the paint suction and discharge amount are compared as follows:

TABLE 9 comparison of Experimental data on paint suction and discharge

As can be seen from the table, the paint suction and discharge amount of the high-resilience terylene rolling brush velvet is superior to that of the prior nylon brush.

Experimental example 2: experiment of resilience of suede

Placing a pressing plate with a certain weight on a cloth sample with a certain area, measuring the thickness of the cloth sample after the cloth sample is compressed, then measuring the thickness of the cloth sample after the cloth sample is unloaded and rebounded, and calculating the elastic recovery rate of the cloth sample by using a formula, and recording the elastic recovery rate as the rebound rate (%).

TABLE 10 pile resilience test results

Variety of (IV) C	Rebound resilience (%)
		Example 1	44％
Example 2	50％
		Comparative example 1	21％
Comparative example 2	18％

As can be seen from the table, the suede resilience of the high-resilience terylene rolling brush velvet is superior to that of the prior nylon brush.