SMMS Model

Equipment made of nonwoven fabric is utilized in a wide range of social, professional, and industrial contexts, but is particularly prevalent in the building, auto repair, apparel, aerospace, and environmental protection sectors. Additionally, the use of nonwoven fabrics in the health sector, particularly in sanitary products, is growing. This has opened up new markets for medical textiles, apparel textiles, and vehicle textiles as well as given nonwoven fabrics a competitive advantage due to their high added value and substantial economic benefits.

product features Dosing and metering apparatus blower or vacuum suction feeding system. a highly accurate gravimetric metering system. For high and low position limits, an automatic alarm is set. rotating beam Single coat hanger melt dispersion produced using a 4-coordinate CNC with manual grinding. Quenching room many layers of honey plates with various sized pores. Dismounting and cleaning are made simpler and more uniform by quenching air distribution. extending the channel The interior of the wall is constructed of polished stainless steel, and the top and bottom stretching channels allow for simultaneous adjustment of slot width.

Two spunbond dies, two meltblown dies, an extruder, a melt filter, a measuring pump, a refrigerator, a winding machine, and other components make up the SMMS Nonwoven Fabric Line. Additionally, we make the greatest component of the SMMS composite nonwoven fabric line because our business employs a sizable number of qualified engineers and technicians.

SMMS offers soft, sensitive fabrics that are suitable for skin compatibility to replace pure cotton clothing. The continuous filaments that make up the spunbond layer have good breaking strength and elongation. Continuous microfibre, which makes up the melt-blown layer and has good moisture, bacterial, and dust barrier properties. It can withstand high water pressure, has good air permeability, and can withstand acid and alkali well.

The construction of professional non-woven equipment has been improved; it is now, first and foremost, more compact. To achieve unified coordination, the nonwoven fabric equipment can incorporate all instruments utilized in the nonwoven fabric processing process within the equipment. As a result, professional non-woven equipment is frequently compact.

Spunbond, meltblown, spunlace, needling, dry papermaking (expanded paper), sewing, thermal bonding, chemical bonding, carding, netting, fiber pre-disposal, and other non-woven machinery and production lines; wet face towels, masks, surgical clothing, shaped masks, polymers, chemical fibers, special fibers, adhesives, foaming materials, coatin; and sanitary napkins for women, babies, and adults; as well as wet

A four-die spin Using four sets of die heads (S/M/M/S), melt nonwoven fabric is a type of composite nonwoven fabric that combines spunbond with melt blown technologies. Spunbonded non-woven fabric (S), melt blown non-woven fabric (M), melt blown non-woven fabric (M), and spunbonded non-woven fabric (S) are the "four die heads" that stand in for these materials, respectively.