Blowing die

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MOQ : 1 Piece

Blowing die Specification

Molding Material
PET, PP, PE

Mold Base
LKM, DME, HASCO Standard

Life Span
Over 1 million shots

Precision
High Precision

Tolerance
0.01 mm

Cavity
Single/multi-cavity

Shaping Mode
Blowing Mould

Material
Stainless Steel

Type
Preform Mould

Surface Treatment
Polished

Weight
As per design

Size
Customizable

Hardness
HRC 48-52

Application
Bottle manufacturing, container moulding

Design Software
UG, AutoCAD, SolidWorks

Color
Metal Finish

Cooling System
Efficient cooling channels

OEM/ODM
Available

Maintenance
Easy to maintain

Packaging Type
Wooden Case

Runner System
Cold / Hot Runner

Production Process
CNC Machining, EDM Cutting

Blowing die Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
7 Days

About Blowing die

Jump on this new release: the Blowing Mould with Runner System-available in Cold and Hot Runner variants for extraordinary precision and efficiency. Explore astonishing applications like bottle manufacturing and container moulding. Designed using UG, AutoCAD, and SolidWorks, this high-precision preform mould boasts a metal finish and is crafted from durable stainless steel. With CNC machining and EDM cutting, it ensures terrific shaping and impeccable polishing. OEM/ODM options, single or multi-cavity choices, and easy maintenance make it a top pick for manufacturers seeking exceptional results. Custom sizes, long lifespan, and efficient cooling channels included.

Versatility and Advantages in Blowing Mould Applications

The Blowing Mould is engineered for both plant-scale and general industrial use, suiting a diverse array of bottle and container manufacturing needs. Its primary competitive advantages include high-precision tolerance, robust stainless steel construction, and customizable cavity options. The efficient cooling channels and polished surface treatment guarantee exceptional longevity and product consistency. This solution offers an extraordinary combination of reliability and adaptability, meeting exacting OEM and ODM requirements seamlessly for manufacturers and suppliers.

Shipping, Packaging, and Payment for Blowing Moulds

All blowing moulds are dispatched carefully and securely. Shipped goods are packed in sturdy wooden cases to ensure safe drop-off at your designated location. Our team coordinates the timely dispatching of each order from the FOB port in India. Payment terms are flexible to accommodate customer needs, supporting several methods for ease of transaction. Rest assured, packaging and handling are executed to uphold product integrity throughout transit and delivery.

FAQ's of Blowing Mould:

Q: How does the efficient cooling system benefit the blowing mould process?

A: The efficient cooling channels integrated into the mould facilitate rapid and uniform cooling, which significantly reduces cycle time and enhances the consistency and quality of moulded bottles or containers.

Q: What types of moulding materials are compatible with this blowing mould?

A: This blowing mould is engineered to work with PET, PP, and PE materials, making it suitable for a broad range of bottle and container manufacturing applications.

Q: Where are these moulds typically used?

A: These moulds are primarily utilized in industrial plant setups and manufacturing units for producing plastic bottles and containers, serving beverage, packaging, and chemical industries.

Q: How precise is the manufacturing process for this mould?

A: The manufacturing process leverages advanced CNC machining and EDM cutting, achieving a high precision tolerance of 0.01 mm, ensuring each mould meets strict quality standards.

Q: What is the expected lifespan of the blowing mould?

A: Each mould is designed to withstand over 1 million shots, offering remarkable durability and cost efficiency over its operational lifespan.

Q: What are the advantages of customizable cavity and size options?

A: Customizable cavity and size features allow clients to tailor the mould to their specific production requirements, supporting both single and multi-cavity formats for flexible output volumes.

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