Polyester Nonwoven Soft Wadding Thermal Bonding Machine

Price Negotiable

Price: negotiation

MOQ: 1 set

Delivery Time: 120 days.

Brand: HONGYI

Product Description

High capacity polyester nonwoven soft wadding thermal bonding machine

Production line description:

This thermal bonding wadding production line uses low melt fiber or bi-component fiber mixed with normal polyester fiber in properties to create stiff waddings, or such as foam replacements for quilts, cushion, mattress, acoustic and insulation materials, etc.
Also able to make soft wadding for interlinings such as home textiles, garments, furniture, toys, etc.
The material after forming into a batt is passed through a thermal-bonded oven with stainless steel or teflon belt dependent on the products where fitted the top belt is a movable compression belt.
However, for soft waddings, eg. lofty material below 1500gram per square meter. It is normal to use Teflon belts for the oven machine.

Technical parameters:

Working width	1500-3500mm
Weight range	60gsm-1200gsm
Raw material	6D-15D*38mm-51mm polyester fiber, low melt fiber, wool, etc.
Process technology	Thermal bonding process
Production capacity	max. 500kg/h
Applications	quilts, mattress, furniture, garments, insulation materials, etc.
Installed power	Depends.

Trade information:

Trade terms	FOB, CNF, or CIF
Lead time	90 days after deposit.
Payment terms	30% advance payment, 70% paid off before delivery.
Warranty	twelve (12) months after mechanical and electrical commissioning.
After-sale service	The seller is responsible for installation and debugging. The buyer is responsible for the round-trip airplane tickets, accommodation, medical treatment, safety and relative fees. In addition the buyers should assign translator, workers, electrical cable (from machines to control panel and from power to control panel) and tools for installation to cooperate with the work. Installation cost is USD180/Day/engineer and totally installation period is about 30-40 days depending on well cooperation of the buyer.