CI Base Minox Neckring

Name: CI Base Minox Neckring
Brand: SBM ENGINEERING
Price: 5000 INR
Availability: InStock

Price 5000 INR/ Piece

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MOQ : 50 Pieces

CI Base Minox Neckring Specification

Mold Base
CI (Cast Iron)

Life Span
5 Years (avg. under standard conditions)

Cavity
Single/Multiple

Molding Material
Plastic, PET, HDPE, PP

Shaping Mode
Blowing Mould

Material
Minox Alloy Steel, CI

Tolerance
0.01 mm

Mould Weight
35-50 kg

Mould Life
More than 500,000 shots

Heat Treatment
Yes

Cooling Channel
Integrated

Compatible Machinery
Blow Moulding Machines

Core/Cavity Material Grade
P20/ S50C/ H13 (on request)

Hardness
58-62 HRC

Neck Finish Type
Minox

Surface Finish
Polished

Packaging
Wooden box or as requested

Application
Bottle and container necking

Production Technique
Precision CNC machined

CI Base Minox Neckring Trade Information

Minimum Order Quantity
50 Pieces

Average Load Time
30-40 seconds

Supply Ability
200 Pieces Per Month

Delivery Time
7 Days

About CI Base Minox Neckring

We are a trusted entity in this field which is engaged in making high grade CI Base Minox Neckring that is used in the mid section of the machine for providing support to the overall functionality. It is made from best quality base material which is imported from trusted sources of this space which ensure that the quality standards are in check for the same. It is sculpted in such a manner that while retaining its properties, CI Base Minox Neckring gets into its final shape for being fitted in the respective area.

Exceptional Performance and Durability

The CI Base Minox Neckring boasts a surface hardness of 5862 HRC and is manufactured through precision CNC machining. With robust heat treatment and high-quality materials like P20/S50C/H13 steel available on request, it ensures reliable performance over a long lifespan. Integrated cooling channels enhance molding precision while maintaining structural integrity during high-volume production.

Versatile Compatibility and Applications

Designed specifically for bottle and container necking, this neckring seamlessly integrates with Blow Moulding Machines. Its adaptable cavity optionssingle or multipleaccommodate various production scales. Suitable for shaping plastic, PET, HDPE, PP, and more, it meets diverse manufacturing needs with consistent results and minimal maintenance requirements.

FAQs of CI Base Minox Neckring:

Q: How does the CI Base Minox Neckring contribute to efficient bottle necking?

A: This neckring provides precision shaping for bottle and container necks, ensuring tight tolerances and smooth finishes. Its polished surface, integrated cooling channels, and robust alloy construction allow consistent high-speed production while minimizing defects in neck formation.

Q: What materials are compatible with this neckring during molding operations?

A: The CI Base Minox Neckring is suitable for molding materials such as plastic, PET, HDPE, and PP. Its versatility makes it a preferred choice for various packaging industries requiring different plastics.

Q: When should I consider replacing or servicing the neckring?

A: The neckring offers an operational lifespan of more than 500,000 shots, averaging five years under typical production conditions. Regular inspections are advisable to ensure optimal performance, and replacement should be considered if mold accuracy, surface finish, or production speed decreases.

Q: Where is this neckring manufactured and supplied?

A: The CI Base Minox Neckring is manufactured and supplied in India, ensuring local service and support for Indian manufacturers and global buyers seeking reliable molding solutions.

Q: What production techniques are used for creating the neckring?

A: Each neckring is made using precision CNC machining and undergoes rigorous heat treatment processes. Its core and cavity materials are selected based on application requirements, ensuring durability and dimensional stability.

Q: How is the neckring packaged and delivered?

A: The neckring is securely packaged in a wooden box by default, with custom packaging options available on request. This provides protection during transit and storage, ensuring the mold arrives in optimal condition.

Q: What benefits does integrated cooling provide during the molding process?

A: Integrated cooling channels efficiently dissipate heat during blow molding, preserving material quality and mold integrity. This results in faster cycle times, reduced warping, and improved consistency in finished products.

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