Page 102 - 《橡塑技术与装备》2024年9期

橡塑技术与装备 CHINA RUBBER/PLASTICS TECHNOLOGY AND EQUIPMENT

1997(02):33-35. [9] 任黎，陈竚，马亚南，等 . 材料拉伸性能测试试样形状与评判
[3] 戴永刚，罗凤钻，高张海 . 红外辐射陶瓷材料的研究现状及趋 方法 [J]. 化学推进剂与高分子材料，2013,11(02):33-36.
势 [J]. 佛山陶瓷 ,2014,24(05):9-13. [10] 毕 连 英 . 鉴 定 橡 胶 撕 裂 强 度 的 新 方 法 [J]. 世 界 橡 胶 工 业，
[4] 石成利，梁忠友，侯和峰 . 红外辐射材料的研究现状及其应用 2001(03):40-43.
[J]. 陶瓷，2004(04):19-21. [11] 徐凤 . 远红外纺织品的开发与应用 [J]. 江苏丝绸，2011(06):
[5] 杨如增，杨满珍，廖宗廷，等 . 天然黑色电气石红外辐射特性 46-48.
研究 [J]. 同济大学学报 ( 自然科学版 )，2002(02):183-188. [12] 姚鼎山 . 远红外保健纺织品 [M]. 上海 : 中国纺织大学出品社，
[6] 盛 玮 东，滕 永 进 . 一 种 穿戴 式 硅 胶 红外 发 热 片 [P]. 广 东 ： 1996.
CN205921760U, 2017-02-01. [13] 何登良，董发勤，刘家琴，等 . 远红外功能材料的发展与应用
[7] 黄海耀 . 一种远红外硅橡胶节油动力条及其制备方法 [P]. 广 [J]. 功能材料，2008,No.247(05):709-712+716.
东省 ： CN109912985A,2019-06-21. [14] 本刊编辑部 . 一种耐热透明加成型液体硅橡胶及其制备方法
[8] 张桂华 . 加成型液体硅橡胶注射成型工艺 [J]. 世界橡胶工业， [J]. 橡胶科技，2020,18(01):57.
2006(09):29-31+36.

Influence of far-infrared ceramic powder on the properties
of silicone rubber

Zhang Jie, Zhang Hong, Chang Shiwen

(Shenyang Baoshunan Safety Equipment Co. LTD., Shenyang 110000, Liaoning, China)
Abstract: Using a liquid silicone rubber injection molding machine, far-infrared ceramic powder and
additive liquid silicone rubber materials can be used to prepare far-infrared silicone rubber products. By
utilizing the thermal effect of far-infrared ceramic powder, the added value of far-infrared silicone rubber
products can be increased. The addition amount of far-infrared ceramic powder has a certain impact on the
tensile and tear properties of silicone rubber products. Through comparative experiments, the performance
of far-infrared silicone rubber samples was tested and compared with that of ordinary silicone rubber samples
using a universal testing machine. The experimental results show that after adding far-infrared ceramic
powder, the tensile strength of far-infrared silicone rubber decreases, the elongation at break decreases,
and the tear strength increases. And within the recommended range, as the amount of far-infrared ceramic
powder added increases, the tensile strength of far-infrared silicone rubber gradually decreases, the
elongation at break gradually decreases, and the tear strength gradually increases. When designing the
formula for far-infrared silicone rubber products, the influence of far-infrared ceramic powder dosage on
product performance should be considered, and materials should be selected reasonably.
Key words: far-infrared ceramic powder; silicone rubber; tensile strength; elongation at break; tear
strength
（R-03）

9
·48· 第 50 卷 第 期