防霉抗菌剂iSpray预防发霉材料可喷涂可浸泡防霉抗菌剂

¥89.00 ≥1千克起批

参数

防霉抗菌产品特性
否是否进口
广东广州产地

发货地广东广州 2天内发货供货总量1024千克

广州艾浩尔防霉抗菌科技有限公司: 进入店铺在线咨询

华南区厂家供应H-2美国进口微晶材料防潮干燥剂面议

ABS抗菌剂 PC抗菌剂 PE抗菌剂艾浩尔厂家面议

塑料防霉粉腻子粉防霉硅藻泥防霉厂家批发 ¥480.00

墙面防霉剂iHeir-AS1用于墙纸墙壁涂料防霉1-3年效果好 ¥188.00

防霉防腐剂iHeir-JP15用于竹木制品室内户外竹地板防霉 ¥89.00

食品级抗菌剂银离子抗菌剂面议

产品详情

产品介绍

产品外观Product appearance 透明无色液体 colourless Liquid
主要成分 Main components 十八基有机硅铜季铵盐
eighteen base organic silicon copper quaternary ammonium salt
浓度Concentration 20%
溶解性Solubility 可与任何比例的水、醇类、酮类、酯类、烃类和氯化烃类相混溶。
with any water ratio, alcohols, esters, ketones, hydrocarbon and chlorinated hydrocarbon phase miscibility.
防霉周期（潮湿环境下）Mouldproof cycle (damp environment) 280天280days
DMF富马酸二甲酯 Dimethyl fumarate 不含有 no
欧盟Reach环保检测The EU Reach environmental detection 通过pass
刺激性Irritation 肢体接触无刺激 physical contact without stimulation

即便已发霉的物件，经过iHeir-Spray处理也可确保其不再霉变！

Even if objects were moldy,we can also ensure it no mildew anymore through iHeir-Spray!

产品概述

iHeir-Spray防霉抗菌剂为无色透明状液体，中国通过美国EPA环保认证产品。采用纳米抗菌材料和有机安全高效防霉剂复配而成。属于非释放型的处理剂，不渗失、不游移，也不会被微生物所消耗，以特殊的机械式杀菌（表面处理），将赋予产品持久的耐霉菌性，并且对微生物抗菌具有独特的防护功能，以防止微生物所引起的危害，延长皮革、纺织材料的使用寿命，作为艾浩尔防霉抗菌科技开发的新型防霉处理剂，它具有广泛的抗菌活性。对诸如曲霉、球毛壳霉和酵母菌都有耐久性抗菌效果。
iHeir - Spray ( Spray Anti-mold Agent )is colorless and transparent liquid, the only one through the U.S. EPA environmental protection certificate product in China. Using nanometer antibacterial material and organic of safe and effective fungicide compound and into it. Belong to the treatment of non release, no losing, no moving.It also not be consumed by the microbes, in a special mechanical sterilization (surface treatment) which will give the product durable resistance to mildew, antibacterial and on the microorganisms have unique protective function that prevent the harm caused by microorganism so that prolong the service life of leather, textile materials. As a new iHeir mouldproof antimicrobial treatment agent, it has a wide range of antimicrobial activity. The mould and yeast such as aspergillus, wool ball shell has the durability of antibacterial effect.