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plastic bottles Blow Molding Mould
Suzhou Jwell
Plastic Bottles And Jars Blow Molding Mould ,Hollow Plastic Blow Molding Mould --Suzhou JWELL

•The forage core adopts spiral type channel structure with less pressure consumption and high output;
•The melt turns freely and smoothly, reduces stagnation, and eliminates welding lines;
•The stable storage die head can meet the special requirements of customers for different polymer materials and different layers.

usage:
Blow Molding Mould is a versatile technology widely used across multiple sectors including packaging, industrial, automotive, and functional products. In packaging container manufacturing, it is primarily employed to produce beverage bottles, daily chemical bottles, pharmaceutical bottles, and food containers, which require good sealing performance, lightweight, and portability. For industrial and daily goods, it covers items such as chemical barrels, large storage tanks, toolboxes, and flowerpots. In the automotive and mechanical parts sector, it is used for high-strength components like fuel tanks, shock absorbers, and pipes. Through multi-layer or stretch blow molding techniques, it can also produce precision containers with barrier or enhanced mechanical properties, such as cosmetic bottles and milk cartons. Additionally, this technology finds applications in diverse areas including sports equipment, furniture components, construction pipes, and electronic housings.

Plastic Bottles And Jars Blow Molding Mould ,Hollow Plastic Blow Molding Mould --Suzhou JWELL

•The forage core adopts spiral type channel structure with less pressure consumption and high output;
•The melt turns freely and smoothly, reduces stagnation, and eliminates welding lines;
•The stable storage die head can meet the special requirements of customers for different polymer materials and different layers.

usage:
Blow Molding Mould is a versatile technology widely used across multiple sectors including packaging, industrial, automotive, and functional products. In packaging container manufacturing, it is primarily employed to produce beverage bottles, daily chemical bottles, pharmaceutical bottles, and food containers, which require good sealing performance, lightweight, and portability. For industrial and daily goods, it covers items such as chemical barrels, large storage tanks, toolboxes, and flowerpots. In the automotive and mechanical parts sector, it is used for high-strength components like fuel tanks, shock absorbers, and pipes. Through multi-layer or stretch blow molding techniques, it can also produce precision containers with barrier or enhanced mechanical properties, such as cosmetic bottles and milk cartons. Additionally, this technology finds applications in diverse areas including sports equipment, furniture components, construction pipes, and electronic housings.
