Cutlery Airlaid Napkin

  • Cutlery Airlaid Napkin
  • Cutlery Airlaid Napkin
  • Cutlery Airlaid Napkin
  • Cutlery Airlaid Napkin

Product Overview:

We are professional and reliable cutlery airlaid napkin manufactuer, supplier and wholesaler of airlaid pocket napkins. We provide the best price of airlaid pocket napkins and analyses of market condition for linen feel airlaid pocket napkins to help our clients to elevate the table with premium white airlaid fold pocket napkins.



Cutlery Airlaid Napkin Details

We are professional and reliable cutlery airlaid napkin manufactuer, supplier and wholesaler of airlaid pocket napkins. We provide the best price of airlaid pocket napkins and analyses of market condition for linen feel airlaid pocket napkins to help our clients to elevate the table with premium white airlaid fold pocket napkins. Our customers mainly come from Europe, US, Canada, Australia, etc. 40*40CM disposable rose pattern cutlery airlaid napkin is the bestseller.

Our company produce European standard high-grade air-laid black and white cutlery napkin printed with gold pattern logo, customize printing European standard high quality dust-free Linen Feel pocket paper napkins. The texture of cutlery airlaid napkin is like cloth, made of 100% wood pulp and fiber. Cutlery Airlaid Napkins have strong water absorption and is not easy to rot when wet. Airlaid pocket napkins can be folded into different styles. It can completely replace cloth napkins, and the price is only to wash one. The price of ordinary cloth napkins, and the variety of styles, are definitely the best choice to save costs.

Airlaid pocket napkins is also called pulp air-laid nonwoven fabric, and its English name is "airlaid pulp nonwoven". Airlaid dry papermaking refers to a technology that uses short fibers to make paper. The main fiber used in dry papermaking is fluff pulp produced from softwood wood, but other natural fibers and shorter length synthetic fibers can also be used. This papermaking process was originally considered a waterless papermaking process. In ordinary papermaking processes, the combination of fibers is mainly accomplished through the chemical interaction between natural cellulose and water in the pulp. Dry papermaking technology uses latex. Resin, hot-melt fiber or both are used to consolidate the fiber web into paper. Drylaid paper is similar to ordinary paper, but is thicker, has higher bulk, is softer, and has higher absorptive capacity and strength, even after absorbing moisture. These excellent physical properties and lower cost than other fabrics or nonwovens make airlaid paper ideal for absorbent cores in feminine hygiene products, wipes and wipes, tablecloths and napkins, meat packaging soaking pads, etc.

There are several ways to bond the fibers in a drylaid paper web to each other. The main and earliest bonding method is to use latex resin to bond fibers to each other. In the 1990s, the use of hot-melt fibers to bond fibers in dry-laid paper webs became the dominant method. Today, most airlaid paper production processes use a combination of latex bonding and thermal bonding. Hot-melt fiber is used to increase the strength of dry-laid paper, and latex bonding is used to reduce the lint of dry-laid paper caused by the looseness of fluff pulp. Recently, dry-laid papermaking hydroentangled composite technology (air lacing) is receiving attention. This method can combine dry-laid paper webs with carded nonwoven webs made of synthetic fibers. The two fibers The mesh is composited into a single homogeneous material by hydroentangling.

Dry papermaking hydroentangled composite materials have the following advantages:

It is a cheap composite material with good absorption properties and higher tensile strength than ordinary dry-laid paper.

Low-cost fluff pulp can be used to replace some synthetic fibers, which has a better competitive advantage than spunlace nonwovens produced with synthetic fibers.

Mixing fluff pulp into spunlace nonwovens can help improve the evenness of the material.

Dry papermaking spunlace bonded composites have the same look and feel as regular textiles, and their end uses include wipes, surgical gowns, medical fabrics, industrial disposable workwear and table top materials.

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