Fog And Haze, Have Your Masks Been Chosen Correctly? Don't Be Killed By Mask.

Over the past few days, haze weather has intensified, and consumers are wearing more and more masks.

Most of them are diverse.

Part of masks and disposable masks are folding or cup type masks.

In the last two periods, we exposed two kinds of toxic substances, such as fluorescent agents and calcium carbonate, which were used by the bad merchants to be added to the respirators. The lab of the Lanhe mask will also inform you of a harmful mask -- the printing and dyeing masks.

In this age of individuality, people want to be different from others, so people start to dress up from inside to outside. The mask also includes them. Apart from the fashionable young people, ordinary adults will also like to buy some brightly colored masks.

So some fashion masks and printing masks have also become very popular. Meanwhile, some custom made printed masks are also very hot.

However, consumers are wearing these printing masks to show their individuality. At the same time, they do not know that they have slowly inhaled the harmful substances in the printing and dyeing masks.

So what's the matter with these printing masks? Through the Lanhe mask lab, we understand that the general printing and masks are on cotton masks and non-woven disposable masks.

According to these two types of printing and dyeing masks, the Lanhe mask laboratory gives a concise and easy analysis report:

1. Cotton masks dyeing and printing:

1, more than 90% of cotton dyeing and masks contain fluorescent agents (the hazards of fluorescent agents have been discussed in previous topics).

2, part of the cotton printing and dyeing masks, such as lead-acid and other heavy metal pigment printing and dyeing, are caused by: especially low price two layers of cotton masks, more than 80% of the products are produced from the environment of the domestic workshop factory, quality consciousness and product safety awareness is weak, in order to pursue the appearance and design of the products are good-looking, using environmentally friendly lead-free and other harmful heavy metal pigments for printing and dyeing, resulting in cotton masks bright appearance, containing the source of poison.

Some cotton masks are heat pfer printing. Although they are good looking, they have poor air permeability (long time use, detrimental to the respiratory system), especially the part of the mask has great flavor, which is the cause of harmful substances in printed materials.

Two. Non-woven disposable masks and printing:

The printing of non-woven fabric masks is relatively safe compared with cotton masks because of their material characteristics and technological characteristics. However, the following points need to be noted:

1. Large Print masks should not be used. General paints contain toxic substances.

2, can provide pigment SGS safety report factory products, products relative safety

3, using pectin or direct offset printing, the product is relatively safe.

Three, LAN he and

Mask: Lanhe is the first brand in the mask industry to pay attention to printing safety. The pigment used in all the printing and dyeing masks produced by Lanhe has the SGS safety inspection report provided by the raw material supplier, and there is no pungent foreign matter.

Here, Lanhe mask lab reminds consumers that they should be cautious when buying colorful printed masks.

Purchase must be done through one smell, two touch and three observation.

Wen: it is the smell of the mask's surface pattern. If it smells, it means that the face mask is poisonous. Touch: whether there is any dyed or printed material on the surface of the mask, which will be inhaled directly by the wearer. Observe: To observe whether the mask is thinner and thinner, the easier it is to convey the toxic substances, and the thicker the better, this is just a relative data.

In short, consumers should be cautious about buying such masks. If they want to buy them, they should try to buy large brands of printing and dyeing masks, because there is a certain degree of safety in materials.