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O-Ring Mold

The First Manufacturer of Molds O-Ring Using CNC in Isfahan Province

Parto Gostar Sepahan Company, as the leading rubber mold manufacturing group, is recognized in the field of O-Ring molds. In 2008, it produced the first O-Ring mold using CNC in Isfahan province and has achieved remarkable accomplishments in this field ever since.

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At Parto Gostar Sepahan, O-Ring molds are designed in such a way that:

  • Minimizing waste production
  • Maximum output level
  • Fastest material injection and mold ejection method

to provide for customers.

Other achievements of Parto Gostar Sepahan in the field of O-Ring mold manufacturing include the following:

  • Mold sizes from 150*150 mm to 500*700 mm
  • Custom design for various rubber materials
  • Highest surface quality
  • Various material injection templates
  • Design of different production mechanisms
  • Capability to produce O-Rings from 0.5 mm up to maximum thickness
 

  • Mold sizes from 150*150 mm to 500*700 mm
  • Custom design for various rubber materials
  • Highest surface quality
  • Various material injection templates
  • Design of different production mechanisms
  • Capability to produce O-Rings from 0.5 mm up to maximum thickness

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It should be noted that before mold manufacturing, you can fully consult with your dedicated project designer regarding the selection of the best materials, optimal layout design, material injection method, mold clamping to the press, and more to receive the most specialized guidance, ensuring that, according to the highest standards of this company, the most optimized conditions are provided for producing your O-Rings.

Different Methods of Mold Clamping to the Press:

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What is an O-Ring Mold?

An O-Ring is a type of ring-shaped washer made of rubber or industrial polymers, used in hydraulic, pneumatic, automotive, petrochemical systems, and various industries to prevent leakage. Due to their simple shape and effective performance, these parts are considered among the most widely used sealing components in industries.

To produce O-Rings with high precision and standard quality, specialized O-Ring molds are used. These molds are designed and manufactured for various molding processes such as Compression Molding, Transfer Molding, and Injection Molding. Additionally, by using the latest machining methods and annual visits to international exhibitions such as Chinaplas and Robotech, the technical knowledge and manufacturing methods have been aligned with the latest global technologies. Continuous and steady efforts to improve quality and meet the needs of industrialists have resulted in maximum customer satisfaction.

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O-Ring Mold | Design and Manufacturing of Various O-Ring Molds with the Highest Quality

Introduction to O-Ring Mold

O-Ring Mold is one of the most important industrial tools in the production of rubber parts. These molds are designed to manufacture rubber O-Rings, which are used in various industries for sealing and preventing leakage. Parto Gostar Sepahan, with over two decades of experience in designing and manufacturing various O-Ring molds, guarantees the highest quality for its clients. By leveraging advanced technologies and a specialized team, we produce O-Ring molds in accordance with international standards.

Importance of Mold Quality

The quality of an O-Ring mold directly affects the performance of the produced O-Rings. Poorly designed or low-precision molds can lead to leakage and part failure in industrial systems. Therefore, using high-quality and precise molds is crucial. At Parto Gostar Sepahan, all molds are manufactured using the finest raw materials and under strict supervision of the quality control team to ensure flawless performance and long service life.

Features of a High-Quality Mold

  • Precise and engineered design
  • Use of premium raw materials such as hardened steel
  • High durability and wear resistance
  • Capability for mass production without quality loss
  • High dimensional and thickness accuracy
  • Complete sealing with no leakage
  • Polished surface for flawless part production
  • Ability to withstand high pressures in industrial systems