201116393 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種發泡材料之製造方法，特別是關於一種熱 可塑性彈性體複合材料之發泡製造方法。 【先前技術】 傳統的PVC膠皮發泡體的製造方法’係將PVC粉、可塑劑及 鲁 其他添加劑等組合物經過混合機均勻混合，並經過薄膜產生裝置 升>成薄膜，與裱糊後之補強材貼合之後，送到發泡機加熱發泡後 予以冷卻捲取，即可製成PVC發泡膠皮。但是PVC發泡材料容易 因為製造過程中所產生之粉塵，造成環境污染，而且加工後所產 生的廢料不易回收，甚至因為環保問題，使得Pvc材料有逐漸被 禁用的趨勢。 而目前市面上常用的發泡材料是以熱可塑性聚氨基甲酸甲脂 籲 （Thermoplastic Polyurethane ; TPU)為基材之複合材料進行混 合並發泡之後，所得到之熱可塑性彈性體發泡材料。 在中華民國公告號第460515號專利案中，提出了一種常麼連 續捲式熱塑性聚氨基甲酸甲酯發泡體之製法，該發明案係有關於 一種常壓連續捲式熱塑性聚氨基甲酸甲酯發泡體之製法，其主要 係以常壓發泡綠，形統囊均―、可具有透氣及不透氣性，且 性能優異之連續式熱塑性聚氨基曱酸甲醋（Therm〇plastic Polyurethane ; TPU)發泡體，其製法係將組成物，經混合及混煉 201116393 再、、，呈薄膜產生敦置，而後藉由發泡裳置加熱發泡、冷卻捲 藉以得單一連續捲式發泡產品；此外，亦可將補強材， ^經裱糊裝置’再將此翻材練細產生裝置卿成之膠膜貼 合後再予崎泡並冷卻捲取，即得，，複合”_捲泡產品。 另外在中華民國公告號第1227186號專利案中，提出了一種 熱可塑性彈性體複合材料之常壓連續發泡製造方法，該發明案係 種熱可塑性彈性體複合材料之常壓連續發泡製造方法，該方法 =利用熱可雖雜體為基材之複合㈣，藉分縣加發泡劑與 架橋劑等成份彳i，使用傳統之橡膠賴發泡製程，職進行捏合 及出片處理’再將所形成之片體送人箱中，在常壓下，進: 發泡處理，俟完成發職，經冷卻處理，即可連續製作出本發明 之發泡材料，泡材料不僅具備—般橡膠發泡材料所擁有之高 彈性及止滑特性，亦具備—般塑膠發泡材料所擁有之配方簡易、 易著色、易二次加工及可環保回收再生等優點。 上述發明案所使用之熱可塑性彈性體複合材料，雖然不僅具 備-般橡膠發泡材料所擁有之高彈性及止滑特性，亦具備—般塑 膠發泡材料所擁有之配方簡易、易著色、易二次加工及可環保回 收再生等優點。但是由於上騎提狀製造方法次發泡製 成’因此發泡過程中敎度較低，而且製造出來的產品表面較為 粗糙。尤其是上述所提到中華民國公告號第46〇515號專利案，該 專利案只是將習用的PVC材料替換為TPU，但是在製程上卻與習用 技術並無差異^ 201116393 ^匕可見’習知的熱可塑性彈性體複合材料之 生之問題及不足，實非 ☆ M 以丁 士μ 之設計者，而亟待加以改良。 本案^明人4監於上述教可塑 4触體複合材料之製造方法所 何生的各項問題及不足，穴田、 D心加以改良創新，並經多年苦 詣潛心研究後，終於成功 夕 之發泡製造方法。力研“成本件熱可塑性彈性體複合材料 φ 【發明内容】 本發明之目的即是提供一種熱可塑性彈性體複合材料之發泡 製造方法，融使紅讀泡進行加工，不但和提高產品的釋 定度’而且可以使得產品表面較為細緻。 可達成上述發明目的之熱可塑性彈性體複合材料之發泡製造 方法，包含下列步驟： (a)將熱可塑性彈性體複合材料經由軋輪機送至混合機中充 # 分攪拌，使各組成物均勻混合； ⑹將混合後之財紐彈性體複合材料與基布或導布送至 膠布機進行貼合，並冷卻捲取； (c) 將貼合後之熱可雜彈性體複合材料送至發泡機進行一 次發泡，並冷卻捲取； (d) 將-讀泡後之财雜彈性魏合材料再次送至發泡 機進行二次發泡，並冷卻捲取之後，即可得到本發明之熱 可塑性彈性體複合材料。 201116393 經由本發日騎採狀技解段，砂本發暇祕可塑性彈 性體複合材料的製造過財進行二次發泡，財，第:次發泡係 用以活化膠料，使TPU發泡體之發泡器孔能細密均勾，而第二次 發泡侧以離調整發泡機之發泡溫度與發鱗間，目的是為了 :1 Mx轉紅平準性。藉此，使得熱可雜彈性體複合材 料在發泡過針更為穩定，而且經由本發鴨使用之方法所生產 之產品表面比傳統-次發泡所製造的產品表面更為細緻。 【實施方式】 為使貝審查委員方便瞭解本發明之其他特徵内容與優點， 及其所達成之姐能夠更為顯現，_本發明配合關，詳細說 明如下： 請參閱第-圖’其係顯示本發明第一實施例之製造流程示音 圖。本實施例之熱可塑性彈性體複合材料之發泡製造方法，包: 下列步驟：雜可雜彈性體複合材料送至混合機巾充分授掉， 使各組成物均勾齡(步驟101)，其中，熱可塑性彈性體複材料 係包括可塑性聚氨基甲酸脂、潤滑劑、、uv安定劑、色餅、料 劑、助劑、活關，以及填絲。而各配賴成物中各成份_ 為熱可塑性軌基甲酸脂⑽份、潤賴丨至3份、uv安定劑） 至2份、色餅！至5份、發泡劑3至8份、助劑份^化 劑1至5份’以及填充劑5至1〇份。 將攪拌後之熱可塑性彈性體複合材料送至密練機進行高溫熔 6 S] 201116393 鲰步驟102)，其中密練機之密練溫度為綱。c，密練時間為4分 釦。並在熱可塑性彈性體複合材料經過密練之後輸送至乳輪機中 分條並輸送(步驟103)。而當熱可塑性彈性體複合材料於密練機及 乾輪機進行舰及分條的同時，將基布送至裱糊機塗佈—層糊料 層’並冷卻捲取（步驟104) ’接著將分條後之熱可塑性彈性體複合 材料與基布分別送至膠布機進行貼合製程(步驟1〇5)，其中，膠布 機之貼合溫度為145至155°C，並在熱可塑性彈性體複合材料與基 鲁布進行貼合而形成膠皮後，予以冷卻捲取。 將貼合後之膠皮送至發泡機進行一次發泡（步驟1〇6)，其中， 忒一次發泡時間為2至3分鐘’發泡溫度為16〇乞，並在發泡完成 後予以冷卻捲取’然後再送至發泡機進行二次發泡（步驟1〇7),其 中，遠二次發泡時間為3至4分鐘，發泡溫度為2〇〇°c。並且在經 過冷卻捲取之後，送至成品檢查機檢查，即可完成熱可塑性複合 膠皮之發泡製程。 春請參閱第二圖，其係顯示本發明第二實施例之製造流程示意 圖。本實施例之熱可塑性彈性體複合材料之發泡製造方法，包含 下列步驟：將熱可塑性彈性體複合材料送至混合機中充分攪拌， 使各組成物均勻混合（步驟201)，其中，熱可塑性彈性體複合材料 係包括可塑性聚氨基曱酸脂、潤滑劑、uv安定劑、色餅、發泡劑、 助劑、活化劑，以及填充劑。而各配方組成物中各成份比例為熱 可塑性聚氨基甲酸脂100份、潤滑劑1至3份、UV安定劑1至2 份、色餅1至5份、發泡劑3至8份、助劑1至5份、活化劑！ 201116393 至5份，以及填充劑5至ι〇份。 將祕叙㈣師_合神獅 融(步職），其中密練機之密練溫度為跳，密練時間為4分 ==熱種彈性體複合材料經過密練之後輪送至乾輪财 为條並輸达（步驟2〇3)。 科雜之财舰雜贿合材辦料_送至膠布機 ^二’^冷卻捲取咖卿’化膠布機之貼合溫度為 字貼σ後之膠皮送至發泡機進行一次發泡（步驟2⑹，1中， 該-次發泡時間為2至3分鐘，發泡溫度為16〇ΐ，並在發泡完成 後予以冷卻捲取。然後再送至發泡機進行二次發泡(步驟_，其 中一人發泡時間為3至4分鐘，發泡溫度為2〇(rc，並在二次發 泡後，輸送至捲取機冷卻捲取的同時，將膠布與導布分離（步驟 207)然後送至成品檢查機檢查’即可完成無底部之熱可塑性複 鲁合膠皮之發泡製程。 請參閱第三圖，其侧示其係顯示本發料三實_之製造 流程不意圖。本實施例之熱可塑师性織合材料之發泡製造方 法，包含下列步驟：將熱可塑性彈性體複合材料送至混合機中充 分攪拌，使各組成物均勻混合(步驟3〇1)，其中，熱可塑性彈性體 複合材料係包括可塑性聚氨基曱酸脂、潤滑劑、、UV安定劑、色 餅、發泡劑、助劑、活化劑，以及填充劑。而各配方組成物中各 成份比例為熱可塑性聚氨基曱酸脂100份、潤滑劑1至3份、uv 201116393 安定劑1至2份、色餅1至5份、發泡劑3至8份、助劑^ 份、活化劑1至5份’以及填充劑5至1〇份。 將攪拌後之熱可塑性彈性體複合材料送至密練機進行高溫熔 融（步驟302)，其中密練機之密練溫度為1〇4ΐ，密練時間為4分 鐘。並在熱可雛體複合材料經過練之後輸送至軋輪機中 分條並輸送（步驟303)。當熱可塑性彈性體複合材料於密練機及軋 輪機進行熔融及分條的同時’將基布送至裱糊機塗佈—層糊料層 鲁（步驟304) ’然後’同時將分條後之熱可塑性彈性體複合材料與基 布送至膠布機進行貼合製程(步驟3〇5)，並將貼合後之膠皮冷卻^ 取，其中該膠布機之貼合溫度為145至155Ϊ。 將膠皮再:欠送至貼合射進行轉貼合餘（轉卿），並冷 卻捲取’然後送至表面處理機進行膠歧面之霧面處理（步驟 307) ’並冷卻捲取。然後，再將膠皮送至發泡機進行帛一次發泡（步 驟308)，其中，一次發泡時間為2至3分鐘，發泡溫度為職。 »並在發泡完成後予以冷卻捲取，然後再送至發泡機進行二次發泡 (γ驟309) ’其中’一次發泡時間為3至4分鐘，發泡溫度為測 ΐ。並且在經過冷卻捲取之後送至表面處理機進行亮面處理（步驟 310)，紐送域品檢錢檢查，即可完成熱可塑性複合膠皮之 發泡製程。 第四圖係顯示本發明與習用技術之對照表。由圖中可知，經 由本發明採用二次發泡之熱可塑轉性體複合材料之發泡製造方 法’不但可以提升產品的發泡料，而且改善習職術中，因為 201116393 導致產品的氣孔狀態 使用熱可龍雜_合材料為發泡材料 較粗，而且不均勻的問題。 上列詳細說明係針對本發明之—可付施例之具體說明，惟 該實施例並非本發明之翻_，絲脫縣發明技藝 精_為之等效實施或變更，均應包含於本案之專利範圍中。 α ,’’τ、上所述’本案不但在技術思想上確屬觸，並能較習用物 口口&進上述多I貞猶，應6充分符合新输及進步性之法定發明 專利要件，銳法如帽，麟貴域林件發明專利申請 案，以勵發明，至感德便。 【圖式簡單說明】 第一圖係顯示本發明第一實施例之製造流程示意圖。 第一圖係顯示本發明第二實施例之製造流程示意圖。 第三圖係顯示本發明第三實施例之製造流程示意圖。 鲁第四圖係顯示本發明與習用技術之對照表。 【主要元件符號說明】 101.. .將熱可塑性彈性體複合材料送炱混合機中充分搜拌，使各 組成物均勻混合 102. .·將攪拌後之熱可塑性彈性體複合材料送至密練機進行高、严 熔融 103.. .將熱可塑性彈性體複合材料後輸送至軋輪機中分條並輸送 201116393 104...基布送至裱糊機塗 105·..將熱可塑性彈性體 合製程 佈層糊料層，並冷卻捲取 、复s材料與基布分別送至膠布機進行貼 106.. 107.. 201.· .將貼合後之膠皮送至發泡機進行一次發泡 .將膠皮送至發泡機進行二次發泡 .將熱可塑性彈性體複人 Δ丄 材枓运至混合機+充分攪拌，使各 組成物均勻混合 更谷201116393 VI. Description of the Invention: [Technical Field] The present invention relates to a method for producing a foamed material, and more particularly to a method for foaming a thermoplastic elastomer composite. [Prior Art] The conventional method for producing a PVC rubber foam is to uniformly mix a composition of PVC powder, a plasticizer, and other additives through a mixer, and then to form a film through a film generating device, and after the paste is formed. After the reinforcing material is bonded, it is sent to a foaming machine for heating and foaming, and then cooled and coiled to obtain a PVC foam rubber. However, PVC foaming materials are prone to environmental pollution due to dust generated during the manufacturing process, and the waste generated after processing is not easy to recycle, and even due to environmental problems, Pvc materials are gradually being banned. The foaming material commonly used in the market is a thermoplastic elastomer foaming material obtained by mixing and foaming a composite material of thermoplastic plastic polyurethane (TPU). In the Patent No. 460515 of the Republic of China, a method for producing a continuous-rolling thermoplastic polyurethane foam is proposed, which relates to a continuous-pressure continuous thermoplastic polyurethane. The foaming method is mainly made of a continuous pressure foaming green, a shape capsule, a continuous thermoplastic polyacetic acid methyl vinegar (Turkey) which has air permeability and gas barrier properties and excellent performance. a foam, which is prepared by mixing and kneading 201116393, and then forming a film, and then heating and foaming by cooling the foam, cooling the roll to obtain a single continuous roll foam product. In addition, the reinforcing material, ^ by the paste device, and then the turning material is finely produced to form the film of the film into a soaked film and then cooled and coiled, that is, the composite "_ bubble product In addition, in the Patent Case No. 1227186 of the Republic of China, a method for producing a continuous pressure foaming of a thermoplastic elastomer composite material is proposed, which is a continuous pressure continuous process of a thermoplastic elastomer composite material. Foam manufacturing method, the method of using heat can be used as a composite of the substrate (4), by using a compounding agent such as a foaming agent and a bridging agent, and using a conventional rubber-laid foaming process, kneading and filming The treatment process is carried out in a box, and under normal pressure, the foaming treatment is carried out, and after completion of the service, the foaming material of the present invention can be continuously produced by cooling treatment, and the foam material not only has the foam material. The high elasticity and anti-slip properties of the general rubber foaming material also have the advantages of simple formula, easy coloring, easy secondary processing and environmentally friendly recycling. The above invention is used. The thermoplastic elastomer composite material not only has the high elasticity and anti-slip property possessed by the general rubber foaming material, but also has the formula of simple plastic foaming material, easy coloring, easy secondary processing and Environmentally friendly recycling and other advantages. However, due to the secondary foaming method, the foaming process is made. Therefore, the degree of twist during the foaming process is low, and the surface of the manufactured product is rough. Especially the above mentioned Huaminguo Announcement No. 46〇515 Patent Case, which only replaces the conventional PVC material with TPU, but there is no difference in the process from the conventional technology. ^ 201116393 ^匕See the 'well-known thermoplastic elastomer composite The problems and shortcomings of materials are not ☆ M. The designer of Ding Shi μ, and urgently need to be improved. This case ^ Ming people 4 inspected the problems of the above-mentioned teaching methods of plastic mold 4 contact composites And the lack of, the hole field, D heart to improve and innovate, and after years of painstaking research, finally succeeded in the foam manufacturing method. Research on "cost piece thermoplastic elastomer composite material φ [Invention content] The purpose of the present invention is It is a foaming manufacturing method for providing a thermoplastic elastomer composite material, which can be processed by the red reading bubble, which not only improves the release degree of the product, but also makes the surface of the product finer. The foaming manufacturing method of the thermoplastic elastomer composite material which achieves the above object of the invention comprises the following steps: (a) feeding the thermoplastic elastomer composite material to the mixer through a rolling mill to agitate the mixture to make the components uniform (6) feeding the mixed financial elastomer composite material with the base fabric or the guide cloth to the tape machine for sealing and cooling and winding; (c) sending the bonded heat-hetero-elastic composite material to the hair The foaming machine performs one-time foaming and cools the coiling; (d) the same is obtained by feeding the foamed viable elastomeric material to the foaming machine for secondary foaming and cooling and winding Thermoplastic elastomer composite. 201116393 Through the riding of this day, the sand-making hairpin plastic elastomer composite material is manufactured for the second time, and the first: foaming system is used to activate the rubber compound to make the TPU foam. The foaming hole of the body can be finely hooked, and the second foaming side is separated from the foaming temperature and the scale of the foaming machine, and the purpose is to: 1 Mx turn red leveling. Thereby, the heat-heteroelastic composite material is made more stable in the foaming needle, and the surface of the product produced by the method of using the duck is more fine than the surface of the product manufactured by the conventional-stage foaming. [Embodiment] In order to facilitate the understanding of the other features and advantages of the present invention, and the sisters of the present invention can be more apparent, the present invention cooperates with the following, and the detailed description is as follows: Please refer to the figure - A schematic diagram of the manufacturing process of the first embodiment of the present invention. The foaming manufacturing method of the thermoplastic elastomer composite material of the present embodiment comprises the following steps: the hetero-hetero-elastic composite material is sent to the mixing machine towel to be fully dispensed, so that each composition is aged (step 101), wherein The thermoplastic elastomer composite material comprises a plastic polyurethane, a lubricant, a uv stabilizer, a color cake, a material, an auxiliary agent, a living agent, and a filler. The ingredients in each of the ingredients are _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ To 5 parts, 3 to 8 parts of the foaming agent, 1 to 5 parts of the auxiliary agent, and 5 to 1 part of the filler. The heated thermoplastic elastomer composite material is sent to a compacting machine for high-temperature melting 6 S] 201116393 鲰 Step 102), wherein the temperature of the compacting machine is a class. c, the training time is 4 points. And after the thermoplastic elastomer composite material is slanted, it is sent to the milk turbine for slitting and transporting (step 103). When the thermoplastic elastomer composite material is used for the ship and the slitting of the machine and the dry machine, the base cloth is sent to the paste coating layer-layer paste layer' and the coiling is cooled (step 104). The thermoplastic elastomer composite material and the base fabric after the strip are respectively sent to the tape machine for the bonding process (step 1〇5), wherein the bonding temperature of the tape machine is 145 to 155 ° C, and the composite is in the thermoplastic elastomer. After the material is bonded to the kiruba to form a rubber, it is cooled and taken up. The adhered rubber is sent to a foaming machine for foaming once (step 1〇6), wherein the foaming time is 2 to 3 minutes, the foaming temperature is 16 〇乞, and after the foaming is completed, The cooling coiling is then sent to the foaming machine for secondary foaming (step 1〇7), wherein the far secondary foaming time is 3 to 4 minutes, and the foaming temperature is 2 °C. And after being cooled and coiled, it is sent to the finished inspection machine for inspection, and the foaming process of the thermoplastic composite rubber can be completed. Referring to the second drawing, it is a schematic view showing the manufacturing flow of the second embodiment of the present invention. The foaming manufacturing method of the thermoplastic elastomer composite material of the present embodiment comprises the steps of: feeding the thermoplastic elastomer composite material to a mixer for thorough stirring, and uniformly mixing the components (step 201), wherein the thermoplasticity The elastomer composite material includes a plastic polyaminophthalic acid ester, a lubricant, a uv stabilizer, a color cake, a foaming agent, an auxiliary agent, an activator, and a filler. The ratio of each component in each formulation is 100 parts of thermoplastic polyurethane, 1 to 3 parts of lubricant, 1 to 2 parts of UV stabilizer, 1 to 5 parts of color cake, 3 to 8 parts of foaming agent, and help. 1 to 5 parts of the agent, activator! 201116393 to 5 servings, and fillers 5 to ι. The secret narration (four) division _ Heshen Lion Rong (step), in which the secret temperature of the training machine is jump, the training time is 4 points ==The thermal elastomer composite material is transferred to the dry round after careful training. It is sent as a bar (step 2〇3). Cosmos's wealthy ship bribery materials _ sent to the tape machine ^ two '^ cooling roll take coffee 'plastic tape machine's bonding temperature for the word paste σ after the rubber is sent to the foaming machine for a foaming ( In step 2 (6), 1, the foaming time is 2 to 3 minutes, the foaming temperature is 16 Torr, and after the foaming is completed, it is cooled and taken up, and then sent to a foaming machine for secondary foaming (step _, one of the foaming time is 3 to 4 minutes, the foaming temperature is 2 〇 (rc, and after the secondary foaming, the fabric is separated from the guide cloth while being conveyed to the coiler for cooling and winding (step 207) Then, it is sent to the finished product inspection machine for inspection to complete the foaming process of the bottomless thermoplastic plastic composite rubber. Please refer to the third figure, which shows the manufacturing process of the present invention. The foaming manufacturing method of the thermoplastic moldable woven material of the present embodiment comprises the steps of: feeding the thermoplastic elastomer composite material into a mixer and stirring sufficiently to uniformly mix the components (step 3〇1), wherein , thermoplastic elastomer composites include plastic polyaminophthalate, lubrication , UV stabilizer, color cake, foaming agent, auxiliary agent, activator, and filler. The proportion of each component in each formulation is 100 parts of thermoplastic polyaminophthalic acid ester, 1 to 3 parts of lubricant, Uv 201116393 1 to 2 parts of stabilizer, 1 to 5 parts of color cake, 3 to 8 parts of foaming agent, 1 part of auxiliary agent, 1 to 5 parts of activator, and 5 to 1 part of filler. The plastic elastomer composite material is sent to a compacting machine for high temperature melting (step 302), wherein the compacting machine has a temperature of 1 〇 4 ΐ and a curing time of 4 minutes, and is transported after the hot broiler composite material is trained. Striping and conveying to the rolling mill (step 303). When the thermoplastic elastomer composite material is melted and slitted in the compacting machine and the rolling mill, the base fabric is sent to the paste coating layer-layer paste layer (Step 304) 'When', the stripped thermoplastic elastomer composite material and the base fabric are simultaneously sent to the tape machine for the bonding process (step 3〇5), and the bonded rubber is cooled and removed. The bonding temperature of the tape machine is 145 to 155 Ϊ. The rubber is again: owed to the affixing shot for reversal I (turned to Qing), and cooled and coiled 'and then sent to the surface treatment machine for the matte surface of the rubber surface (step 307) 'and cooled and coiled. Then, the rubber is sent to the foaming machine for a foaming (Step 308), wherein the foaming time is 2 to 3 minutes, and the foaming temperature is for the job. » And after the foaming is completed, it is cooled and coiled, and then sent to the foaming machine for secondary foaming (γ step 309) ) 'where' the foaming time is 3 to 4 minutes, the foaming temperature is measured, and after being cooled and taken up, it is sent to the surface treatment machine for bright surface treatment (step 310), and the product is checked for money. The foaming process of the thermoplastic composite rubber can be completed. The fourth figure shows a comparison table between the present invention and the conventional technology. It can be seen from the figure that the foaming of the thermoplastic resin composite material by secondary foaming by the present invention is known. The manufacturing method not only improves the foaming material of the product, but also improves the occupational skill, because 201116393 causes the stomata state of the product to use the hot kelong _ _ material for the thicker foaming material, and the problem of unevenness. The detailed description above is for the specific description of the applicable embodiments of the present invention, but the embodiment is not a versatile embodiment of the present invention, and the equivalent implementation or modification of the invention is included in the present case. In the scope of patents. α, ''τ, the above description' This case is not only technically sensible, but also can be compared with the conventional mouth and mouth. In addition to the above, I should fully comply with the statutory invention patent requirements for new transmission and progress. , Ruifa such as the cap, Lin Gui domain forestry invention patent application, in order to invent, to the sense of virtue. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing shows a schematic diagram of a manufacturing process of a first embodiment of the present invention. The first figure shows a schematic diagram of the manufacturing process of the second embodiment of the present invention. The third figure shows a schematic diagram of the manufacturing process of the third embodiment of the present invention. The fourth diagram shows the comparison table between the present invention and the conventional technology. [Description of main component symbols] 101.. The thermoplastic elastomer composite material is sent to the mixer for thorough mixing, so that the components are uniformly mixed. 102. After the agitated thermoplastic elastomer composite material is sent to the compact Machine for high and strict melting 103.. After the thermoplastic elastomer composite material is transported to the rolling mill, the strip is conveyed and transported 201116393 104... The base cloth is sent to the paste machine for coating 105.. The thermoplastic elastomer is combined The layer of the paste layer is cooled, and the coiled, s-material and the base cloth are respectively sent to the tape machine for labeling 106.. 107.. 201.·. The glued skin is sent to the foaming machine for foaming. The rubber is sent to the foaming machine for secondary foaming. The thermoplastic elastomer is recycled to the mixer + fully stirred to make the components evenly mixed.
202.. .將攪拌後之熱可塑性彈性 熔融 體複合材料送至密練機 進行高溫 203.. 204.. .輸送至軋輪機甲分條並輸送 .將分條後之熱可塑性彈性體 機進行貼合，並冷卻捲取 複合材料與導布同時送 至膠布 205·..將貼合後之膠皮送騎泡鱗行—次發泡 206.. .送至發泡機進行二次發泡202.. Send the heated thermoplastic elastomer composite material to the compacting machine for high temperature 203.. 204.. Transfer to the mill blade and transfer it. After the stripping of the thermoplastic elastomer machine Fit, and cool the coiled composite material and the guide cloth to the tape at the same time. 205·.. After the glued skin is sent to the bubble scale row—the secondary foaming 206.. is sent to the foaming machine for secondary foaming.
207.. .將膠布與導布分離 ’使各 3〇1...將熱可_彈性體複合材料送至齡機中充分攪拌 組成物均勻混合 也練機進行高溫 302…將麟後之熱可塑性彈性體複合材料送至 熔融 303. .·輸送至軋輪機中分條並輸送 304...將基布送至樣糊機塗佈一層糊料層 膠布機進 3〇5··.將分條後之熱可塑性彈性體複合材·料與基布送至 201116393 306.. 307·. 308·. 309.. 310.. 行貼合製程 .將膠皮再次送至貼合機中進行面料貼合製程 .送至表面處理機進行膠絲面之霧面處理 .將膠皮送至發泡機進行第—次 .送至發雜妨二切泡 ^ •送至表面處理機進行亮面處理207.. Separate the tape from the guide cloth to make each 3〇1...send the heat-elastic composite material to the age machine, stir the composition evenly, and mix the machine to perform high temperature 302... The plastic elastomer composite material is sent to the melt 303..·transferred to the rolling mill for striping and conveying 304... The base cloth is sent to the sample paste machine to apply a layer of paste layer tape machine into the 3〇5··. After the strip, the thermoplastic elastomer composite material and base cloth are sent to 201116393 306.. 307·. 308·. 309.. 310.. Line bonding process. The rubber is sent to the laminating machine again for fabric bonding. Process. Send to the surface treatment machine for the matte surface of the rubber surface. Send the rubber to the foaming machine for the first time. Send to the hair and the second cut bubble ^ • Send to the surface treatment machine for bright surface treatment