DE PB Minox Neckring

Name: DE PB Minox Neckring
Brand: SBM ENGINEERING
Price: 5000 INR
Availability: InStock

Price 5000 INR/ Piece

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MOQ : 50 Pieces

DE PB Minox Neckring Specification

Mold Base
PB Standardized Mold Base

Cavity
Multiple Precision Cavities

Life Span
5-10 years depending on usage

Molding Material
High-grade Steel

Shaping Mode
Plastic Injection Mould

Material
Premium Alloy Steel

Tolerance
0.01 mm

Mould Weight
Approx. 90 to 150 kg

Mould Life
500,000 to 1,000,000 shots

Core & Cavity Material
Imported H13 Steel

Application
Pet Preform Cap and Neck Manufacturing

Colour
Silver Finish

Cooling System
Efficient Channel Cooling

Hardness
48-52 HRC

Surface Treatment
Precision Polished

Runner System
Cold/Hot Runner Depending on Requirement

Maintenance
Low Maintenance Design

Neck Ring Type
Minox Type

DE PB Minox Neckring Trade Information

Minimum Order Quantity
50 Pieces

Average Load Time
15-25 seconds

Supply Ability
200 Pieces Per Month

Delivery Time
7 Days

About DE PB Minox Neckring

Our firm is one of the most dominating entity in this space which is involved in the production process of DE PB Minox Neckring that is pulled up for many related purposes. The DE PB Minox Neckring that we offer is made from best in class elements that are gathered from quality centric sources that supply them in premium quality. The delivery of this product is done in the right condition at a very genuine price rate.

Precision Engineering for Enhanced Performance

Built with imported H13 steel and high-grade alloy materials, the DE PB Minox Neckring guarantees durability and dimensional accuracy. Multiple precision cavities and a robust mold base ensure consistent results, meeting rigorous standards for pet preform cap and neck production.

Flexible Runner Systems for Diverse Requirements

Choose between hot or cold runner systems to match specific production needs. This flexibility, paired with an efficient channel cooling system, enables faster cycle times, reduced waste, and superior mould longevity, making it suitable for both mass and specialized manufacturing setups.

Low Maintenance and Long-Term Value

Designed for minimal upkeep, the neckring mold maximizes uptime and operational efficiency. With a projected lifespan of up to a decade and high shot capacity, manufacturers benefit from reduced replacement costs and reliable productivity over extended usage periods.

FAQs of DE PB Minox Neckring:

Q: How is the DE PB Minox Neckring used in pet preform cap and neck manufacturing?

A: The mold is specifically designed for precision injection molding of PET preform caps and necks, enabling the creation of high-quality parts with tight tolerances and smooth finishes suitable for bottling and packaging applications.

Q: What materials are used in the construction of this neckring mold?

A: The core and cavity are made from imported H13 steel and premium alloy steel, ensuring durability, superior hardness (48-52 HRC), and resistance to wear for prolonged, high-volume use.

Q: Where is the DE PB Minox Neckring manufactured and supplied from?

A: The neckring is manufactured and supplied by leading mold makers in India, meeting international quality standards and catering to global clients in the packaging and plastics industry.

Q: What are the benefits of efficient channel cooling in this mould design?

A: Efficient channel cooling system enhances heat dissipation, reduces cycle times, and maintains the integrity of molded parts, resulting in improved productivity and consistent product quality.

Q: When should you choose between hot and cold runner systems for this mould?

A: Selection depends on your production scale and requirements. Hot runners are preferable for high-volume, automated runs with minimized material waste, while cold runners suit lower-volume or specialty applications.

Q: What process is involved in maintaining the DE PB Minox Neckring mold?

A: Routine cleaning to remove residues, precise inspection for wear, and timely lubrication are sufficient due to the molds low-maintenance design, contributing to its long operational life.

Q: What advantage does the multiple cavity design offer?

A: Multiple precision cavities enable simultaneous molding of several components in each cycle, significantly increasing production efficiency and reducing overall manufacturing costs.

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