選單

Applications

MATTRESSES

MATTRESSES
Mattress applications are mainly divided into two types: packed layers bonding and pocket springs bonding. The inside of the mattress is supported by springs, and various adhesive layers are used to bond and seal the edges. Traditional pocket spring beds, latex beds, 3D (medical) mattresses, and smart mattresses that have emerged in recent years are all constructed from this structure.

Packed layers bonding glue is used for bonding between multiple layers of materials, such as: non-woven fabrics, breathable cotton, blankets, wool and other cotton fabrics, or difficult-to-stick materials such as latex, rayon, memory foam, etc. All materials need to be bonded closely to avoid affecting quality. In the operation, it is necessary to use a solvent-free, environmentally-friendly hot-melt adhesive that has a long open time, high initial strength, and is suitable for a variety of materials for joining work.


Related Article: Cloth & Fabric Glue Full Guide: Craft & Repair With The Right Glue 
 

Pocket springs bonding mattress assembly glue is used for bonding non-woven fabric and non-woven fabric, and individual pocket springs are connected to the required bed surface size. The adhesive must have a proper usable time for the operation requirements and cannot dry too fast; it must be appropriate thin consistency, no sag during operation; and to be able to quickly cure, the viscose also needs to be soft.
Application
Property
Inquiry
Pocket Spring
White and low odor, fast setting, no dripping, workable for different operating process equipment, no cracking in winter.
Mattress Assembly
White granular, low odor, non-drawing, easy to melt, less glue, and good thermal stability.
Suitable for bonding of various mattress materials, thin foam bonding, mattress assembly, and bonding of various layers of materials.
Some types can be recycled and reused together with non-woven fabrics.
Mattress Assembly(for Difficult-to-Bond Materials)
Slight yellow lumps, moisture curing, high strength, more resistant to high and low temperature changes.