POLIPOROUS ®|普立瑞® 二氧化氯消毒产品标准24h室内甲醛去除率＞99%，醛军覆灭！

经广微检测鉴定，POLIPOROUS^®丨普立瑞^®甲醛去除率 > 99.00%。近年来，甲醛在自然和人为环境中广泛存在，主要用于木材加工、电子、汽车、塑料、涂料、纺织及纸张的处理。

从应用情况看，胶合板和木工用胶黏剂用量最大，约占总用量的 46.97%；建筑材料用胶黏剂占 26.12%；包装及商标用胶黏剂约占 12.14%；制鞋及皮革用胶黏剂占 6.07%；其他胶黏剂使用量占 8.73%。

而且甲醛作为印染助剂，在人们穿着和使用过程中，使用较多的纯棉纺织品以及其他含有甲醛的纺织品会逐渐释放出游离甲醛。长期接触低剂量甲醛的危害包括：引起慢性呼吸系统疾病，引起鼻出血、结肠癌、脑瘤、月经紊乱、细胞核的基因突变，DNA 单链内交联和 DNA 与蛋白质交联及控制 DNA 修复的酶失活，引起神经综合征，引起新生儿染色体异常、自闭症，引起青少年记忆力和智力下降。

甲醛在我国有毒化学品优先控制名录上位居第二位，已经被世界卫生组织确定为致癌物和致畸物，是公认的关键污染源，也是潜在的强致突变物之一。

       After testing and identification by Guangwei, POLIPOROUS ® 丨 Pulirui ® Formaldehyde removal rate>99.00%. In recent years, formaldehyde has been widely present in both natural and anthropogenic environments, mainly used in wood processing, electronics, automobiles, plastics, coatings, textiles, and paper processing.

       From the perspective of application, plywood and woodworking adhesives have the highest usage, accounting for approximately 46.97% of the total usage; Adhesive for building materials accounts for 26.12%; Packaging and trademark adhesives account for approximately 12.14%; Adhesive used for shoemaking and leather accounts for 6.07%; The usage of other adhesives accounts for 8.73%.

       Moreover, formaldehyde, as a printing and dyeing additive, is gradually released from pure cotton textiles and other textiles containing formaldehyde during people's wearing and use. The hazards of long-term exposure to low-dose formaldehyde include: causing chronic respiratory diseases, nosebleeds, colon cancer, brain tumors, menstrual disorders, genetic mutations in the cell nucleus, cross-linking within DNA single strands and cross-linking between DNA and proteins, and inactivation of enzymes that control DNA repair, leading to neurological syndromes, chromosomal abnormalities in newborns, autism, and memory and intellectual decline in adolescents.

       Formaldehyde ranks second on the priority control list of toxic chemicals in China, and has been identified by the World Health Organization as a carcinogen and teratogen. It is a recognized key source of pollution and one of the potential strong mutagens.