Brown 000 Kraft Bubble Mailers 6x10 Kraft Paper Clasp String Tie Envelopes

Price Negotiable

Price: Negotiation

MOQ: 5000

Delivery Time: 5~15 DAYS

Brand: DINUO

Product Description

Brown 000 Kraft Bubble Mailers 6x10 Kraft Paper Clasp Envelopes for Repeat Use

Speciallity
Production process: LLDPE resin is mainly produced by full density polyethylene unit. The representative production process is Innovene process and Unipol process of UCC.

Brief Introduction
Kraft bubble mailers Kraft bubble mailers or kraft is paper or paperboard (cardboard) produced from chemical pulp produced in the kraft process. Sack Kraft bubble mailers, or just sack paper, is a porous Kraft bubble mailers with high elasticity and high tear resistance, designed for packaging products with high demands for strength and durability. Pulp produced by the kraft process is stronger than that made by other pulping processes; acidic sulfite processes degrade cellulose more, leading to weaker fibers, and mechanical pulping processes leave most of the lignin with the fibers, whereas kraft pulping removes most of the lignin present originally in the wood. Low lignin is important to the resulting strength of the paper, as the hydrophobic nature of lignin interferes with the formation of the hydrogen bonds between cellulose (and hemicellulose) in the fibers. Kraft pulp is darker than other wood pulps, but it can be bleached to make very white pulp. Fully bleached kraft pulp is used to make high quality paper where strength, whiteness and resistance to yellowing are important.

Data Sheet
Materials Classification :	PE
Melting Point :	112°C~135°C
Working Temperature :	-95°C~+100°C
Material Density :	0.910g/cm³
Conventional Size :	95x155mm #A
Sample Color :	Cyan
Basic Material :	LLDPE
Protruding Characteristics :	Corrosion Resistant
Application Industry :	Beverage
Shape Style :	Spout Top


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Materials introduction
LLDPE is of low strength, hardness and rigidity, but has a high ductility and impact strength as well as low friction. It shows strong creep under persistent force, which can be reduced by addition of short fibers. It feels waxy when touched.