CN111732409A - 一种远红外负离子节油圆球颗粒的制造配方和工艺 - Google Patents
一种远红外负离子节油圆球颗粒的制造配方和工艺 Download PDFInfo
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Abstract
本发明公开了一种远红外负离子节油圆球颗粒的制造配方和工艺，配方包括负纳米级负梨子粉3‑7％、电气石粉5‑12％、稀土10‑16％、硅粉0.8‑3.2％、玉石粉4‑8％、3‑8％、高岭土23‑29％和陶土29‑35％混合而成，本发明的有益效果：将经过多种能量材料组合形成的圆球颗粒，可释放大量远红外线和负离子，即可改变油料分子结构，使其变成小分子团状态，最大限度提高油料燃烧值，可节省燃油20％以上，减少积碳和废气排放，同时使用不受场地以及气候条件影响，化学性能稳定可靠，一次投入终身受益。
Description
技术领域
本发明涉及汽车节油领域，尤其涉及一种远红外负离子节油圆球颗粒的制造配方和工艺。
背景技术
伴随着，我国经济不断提高，汽车越来越多，而车辆节油，作为重要减少污染的问题，其节油装置大致可以分为添加剂、节油器、节油贴三类，主要的节油原理就是通过分解、清洁化油器及喷射系统燃油管路的溶解胶状物及其他各类沉积杂质，改善发动机的性能，从而提高燃油效率，降低油耗。
但是传统的添加剂、节油器和节油贴等，节油效果不理想，节油率一般只能控制在13％左右，效果不理想，且容易受气温和天气影响，缺乏一种方便使用，且节油率更高的节油手段。
发明内容
本发明的目的是提供一种远红外负离子节油圆球颗粒的制造配方和工艺，解决传统的节油方式，节油率低，容易受气温和天气影响问题。
为了达到上述目的，本发明是通过以下技术方案实现的：
本发明提供一种远红外负离子节油圆球颗粒的制造配方和工艺，所述配方包括负纳米级负梨子粉3-7％、电气石粉5-12％、稀土10-16％、硅粉0.8-3.2％、玉石粉4-8％、3-8％、高岭土23-29％和陶土29-35％混合混合造粒，经高温烧结而成。
优选地，所述电气石粉的规格为800目-1250目之间。
优选地，一种远红外负离子节油圆球颗粒的制造配方和工艺，所述高岭土为软质高岭土且砂质质量介于50％至80％之间。
优选地，一种远红外负离子节油圆球颗粒的制造配方和工艺，所述稀土为铈、镨、钕和铕按照5：4:1混合而成。
优选地，一种远红外负离子节油圆球颗粒的制造步骤，包括如下阶段；
①.材料混合阶段；将负纳米级负梨子粉3-7％、电气石粉5-12％、稀土10-16％、硅粉0.8-3.2％、玉石粉4-8％、3-8％、高岭土23-29％和陶土29-35％放置到高速搅拌机中混合，混合温度为35摄氏度，混合时间为6至10分钟，搅拌混合过程中，需要填充适量水，从而使各个材料呈粘稠状。
②.压制成型阶段：将混合后的材料放置到螺旋造粒机中，从而使混合后的材料变成直径为2至10毫米的颗粒状。
③.烧制成型阶段：将造粒的后的材料放置到烧制炉中，烧制烧制温度控制在700℃至900℃之间，烧制时长控制在1-1.5分钟之间。
优选地，一种远红外负离子节油圆球颗粒的制造步骤，所述烧制成型阶段烧制温度为800℃，烧制时长为1分钟。
优选地，一种远红外负离子节油圆球颗粒的制造步骤，所述材料混合阶段中材料混合后的粘稠度在1000mPa·s。
优选地，一种远红外负离子节油圆球颗粒的制造步骤，所述电气石粉的规格为900目。
本发明还提供一种远红外负离子节油圆球颗粒的制造配方和工艺，所述配方包括负纳米级负梨子粉3-7％、电气石粉5-12％、稀土 10-16％、硅粉0.8-3.2％、玉石粉4-8％、3-8％、高岭土23-29％和陶土 29-35％混合而成；
陶土，其吸水性、吸附性和加水后可塑性中等，配合高岭土，有效增强混合后的材料粘稠度。
玉石粉有效抑制细菌和微生物的繁殖，长时间不形成霉斑，祛除建筑材料所产生的有害气体和食物、烟等各种生活气味，无放射性，健康环保，阻断燃烧，保温防结霜。玉石膨胀系数小。
电气石粉，包含有铝、钠、铁、镁和锂等元素的硅酸岩矿物，受热时会带上电荷，方便与其他元素电离组合。
本发明的有益效果：将经过多种能量材料组合形成的圆球颗粒，可释放大量远红外线和负离子，即可改变油料分子结构，使其变成小分子团状态，最大限度提高油料燃烧值，可节省燃油20％以上，减少积碳和废气排放，同时使用不受场地以及气候条件影响，化学性能稳定可靠，一次投入终身受益。
具体实施方式
下面结合实施例，对本发明的具体实施方式作进一步描述。以下实施例仅用于更加清楚地说明本发明的技术方案，而不能以此来限制本发明的保护范围。
实施例1
制作配方比具体如下：
配方包括负纳米级负梨子粉3-7％、电气石粉5-12％、稀土10-16％、硅粉0.8-3.2％、玉石粉4-8％、3-8％、高岭土23-29％和陶土29-35％混合造粒，经高温烧结而成。
实施例2
制作配方比具体如下：
配方包括负纳米级负梨子粉6％、电气石粉12％、稀土15％、硅粉3％、玉石粉8％、5％、高岭土22％和陶土29％混合造粒，经高温烧结而成。
陶土，其吸水性、吸附性和加水后可塑性中等，配合高岭土，有效增强混合后的材料粘稠度。
玉石粉有效抑制细菌和微生物的繁殖，长时间不形成霉斑，祛除建筑材料所产生的有害气体和食物、烟等各种生活气味，无放射性，健康环保，阻断燃烧，保温防结霜。玉石膨胀系数小。
电气石粉，包含有铝、钠、铁、镁和锂等元素的硅酸岩矿物，受热时会带上电荷，方便与其他元素电离组合。
以上所述，仅为本发明较佳的具体实施方式，但本发明的保护范围并不局限于此，任何熟悉本技术领域的技术人员在本发明揭露的技术范围内，根据本发明的技术方案及其发明构思加以等同替换或改变，都应涵盖在本发明的保护范围之内。
Claims (8)
1.一种远红外负离子节油圆球颗粒的制造配方和工艺，其特征在于，所述配方包括负纳米级负梨子粉3-7％、电气石粉5-12％、稀土10-16％、硅粉0.8-3.2％、玉石粉4-8％、3-8％、高岭土23-29％和陶土29-35％混合混合造粒，经高温烧结而成。
2.根据权利要求1所述的一种远红外负离子节油圆球颗粒的制造配方和工艺，其特征在于,所述电气石粉的规格为800目-1250目之间。
3.根据权利要求1所述的一种远红外负离子节油圆球颗粒的制造配方和工艺，其特征在于,所述高岭土为软质高岭土且砂质质量介于50％至80％之间。
4.根据权利要求1所述的一种远红外负离子节油圆球颗粒的制造配方和工艺，其特征在于,所述稀土为铈、镨、钕和铕按照5：4:1混合而成。
5.根据权利要求1所述的一种远红外负离子节油圆球颗粒的制造步骤，其特征在于,其包括如下阶段；
①.材料混合阶段；将负纳米级负梨子粉3-7％、电气石粉5-12％、稀土10-16％、硅粉0.8-3.2％、玉石粉4-8％、3-8％、高岭土23-29％和陶土29-35％放置到高速搅拌机中混合，混合温度为35摄氏度，混合时间为6至10分钟，搅拌混合过程中，需要填充适量水，从而使各个材料呈粘稠状。
②.压制成型阶段：将混合后的材料放置到螺旋造粒机中，从而使混合后的材料变成直径为2至10毫米的颗粒状。
③.烧制成型阶段：将造粒的后的材料放置到烧制炉中，烧制烧制温度控制在700℃至900℃之间，烧制时长控制在1-1.5分钟之间。
6.根据权利要求5所述的一种远红外负离子节油圆球颗粒的制造步骤，其特征在于,所述烧制成型阶段烧制温度为800℃，烧制时长为1分钟。
7.根据权利要求6所述的一种远红外负离子节油圆球颗粒的制造步骤，其特征在于,所述材料混合阶段中材料混合后的粘稠度在1000mPa·s。
8.根据权利要求1至7中任一项所述的一种远红外负离子节油圆球颗粒的制造步骤，其特征在于，所述电气石粉的规格为900目。
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