Every year 85% of the annual output sales to global countries,include France, UK,USA ,Canada,Mexico,Brazil,Italy,Japan,India,Indonesia,Malaysia.,etc. More than 15years of export experience.Professional team to deal with any problems of the global business.
More than 1500 employees,with an area of 35000 square meters. we have 11 PP spun-bond non woven fabric production lines ,and 2 PLA fabric production lines with an annual output of 35000tons.There are 6 Colors Printing lines,3 lamination production lines, 40 bag sewing machine and 16 Ultrasonic bag making machines .At full throttle, we can produce 640,000 bags a day,Include non woven shopping bags,handle tote bags, packing bags,D-cut bags, T-shirt bags,Kraft paper bags, PP woven bags and PLA shopping bags .For Blister products and flexible packaging,we also have our powerful production team works,promise the quality,quantity and leadtime .
We have our professional Q/C team, will check every production process and final products’ quality.
There are more than 10 designers in our team,find new material,new packing methods and most popular styles are their major job objectives.We can work together with you to researching and developing new ways of packing,to help you to improve your brand image,enhance your consumers' desire to buy,and also help you to reduce the packing cost.
We promise most of the orders will delivery in 20days after our customers confirm their orders.As we have our advanced production technology and considerable production capacity. And we also have the most convenient geographical location and logistics capabilities around us.
Jinfa was established in 2007,we have more than 1500 employees,with an area of 35000 square meters. There are 3 subsidiaries belong to us which can offer Innovative design of intelligent packaging manufacturing one-stop service to our customers.
There is one multimillion dust-free workshop in our factory. We can produce PP/PET/ PLA plates,cups，straws and food containers. There are more than 7 production lines for daily production.
With our growing, we believe that we will have more wonderful design and production capacity in the future, to provide customers more perfect integrated customized services.
Corn fiber is used as raw material for manufacturing non-woven fabrics, which can be ultrasonic pressed and sewed into different sizes: shopping bags, product packaging bags, vegetable and fruit protection bags, fertilizer bags, etc. For agriculture, the cost of waste treatment is reduced after waste products are discarded, because it can biodegrade water and carbon dioxide after composting. Biodegradable materials have been widely used in bag customization. Such bags can be treated in composting plants and turned into organic fertilizer in 30-45 days.
The polypropylene laminated nonwoven bag is durable and reusable, which makes it economical in the long run. If you intend to carry heavy or sharp goods, please find a thicker polypropylene laminated non-woven bag that can reliably withstand the pressure of harsh applications. The woven bag adopts interconnected threads, which has excellent fabric strength. The manufactured polypropylene laminated non-woven bag is mechanically and chemically treated to improve flexibility and water absorption.
Non woven wine bag is the perfect gift for wine lovers all over the world. They are environmentally friendly and can be recycled and reused. Ideal for events, meetings or gifts. Design your own printed wine bag to drag your fashionable items!
Non woven folding bag (also known as folding non-woven bag) is a kind of non-woven handbag, which is named because it can be folded into purse shape. It is easy to carry and has become the mainstream style in shopping bags.
A non-woven bag is manufactured using any other material that is not woven. The product can be produced mechanically, chemically or thermally. Non-woven fabric is also made from fibres.
Heat-bonded nonwoven fabrics This type of non-woven fabric is mainly manufactured in several processes: adding fibrous or sticky reinforcement material into the fiber network, and then reinforcing the network into cloth via heating and cooling.