Paper Bag Dies

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MOQ : 10 Pieces

Paper Bag Dies Specification

Tolerance
0.05 mm

Life Span
Up to 500,000 Impressions

Mould Base
Steel, Precision-Ground Base Plate

Core Material
High-Quality Alloy Steel

Working Process
CNC Machining, EDM, Wire Cut, Polishing

Material
Premium Tool Steel

Shaping Mode
Die Cutting

Punch Dies
Thermally Treated Alloy Steel

Die Head
Hardened Steel, Custom-Designed

Die Size Range
Customizable as per Requirements

Surface Finish
Mirror Finish, Anti-Corrosion Coating

Production Capacity
Up to 120 Strokes/Min

Hardness
58-62 HRC

Packaging
Protective Wooden Box

Application
Paper Bag Manufacturing, Automatic Machine Compatibility

Paper Bag Dies Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
200 Pieces Per Day

Delivery Time
2 Days

About Paper Bag Dies

With the aid of our talented professionals and huge infrastructure base unit, we are able to manufacture optimum quality Paper Bag Dies. Appreciated for hassle free operation, provided products are widely demanded in manufacturing and many other industries to cut the work piece. In order to manufacture these products, our skilled professionals used modern machine and the optimum quality raw materials as per set industry norms and standard. Also, the provided Paper Bag Dies can be purchased from us at reasonable rates within given time frame.

Superior Precision and Durability

Utilizing high-quality alloy and tool steels, our paper bag dies are manufactured through CNC machining, EDM, wire cutting, and polishing. This combination delivers a mirror-like surface finish and outstanding hardness (58-62 HRC), enabling robust performance for up to 500,000 impressions without compromise on accuracy or efficiency.

Customizable for Every Requirement

We offer die sizes fully customizable to meet your specific paper bag production needs. Whether adjusting for bag dimension, machine compatibility, or specialized design, our solutions provide the flexibility required for seamless integration and optimal manufacturing output.

Protection and Longevity

Each paper bag die is packaged in a sturdy wooden box to ensure safe transit and storage. The anti-corrosion coating and hardened steel components extend the dies operational lifespan, preserving peak performance even in demanding environments.

FAQs of Paper Bag Dies:

Q: How are the paper bag dies used in manufacturing?

A: Paper bag dies are installed in automatic paper bag-making machines and operate through die cutting processes, enabling fast and precise shaping of paper into desired bag forms in high-production environments.

Q: What is the typical lifespan of these paper bag dies?

A: These dies are engineered to deliver up to 500,000 impressions, thanks to their hard alloy steel construction, anti-corrosion coating, and advanced manufacturing methods such as CNC machining and thermal treatment.

Q: When should I consider customizing the die size for my production?

A: Custom die sizes are recommended if you require specific bag dimensions or need to adapt the die for unique machine setupscontact the manufacturer in advance to ensure your production needs are fully met.

Q: Where are these paper bag dies manufactured and supplied from?

A: Our paper bag dies are manufactured and supplied from India, offering global distribution to paper bag producers seeking premium quality and reliability.

Q: What processes are involved in making these dies?

A: The dies are produced using CNC machining, EDM, wire cutting, and precision polishing. These processes ensure close tolerances (0.05 mm), a mirror finish, and high hardness for accurate and efficient cutting.

Q: What benefits do the anti-corrosion coating and protective packaging provide?

A: The anti-corrosion coating maintains die integrity during storage and usage, while the protective wooden box safeguards the die against damage during transit, ensuring you receive the dies in optimal condition for immediate use.

Q: How does the dies hardness impact its performance in paper bag manufacturing?

A: The high hardness rating (58-62 HRC) ensures the die resists wear and maintains sharp cutting edges, enabling consistent production speeds up to 120 strokes per minute and reducing downtime for maintenance.

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