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In many industries, the need for light, resistant, economical and high volume plastic parts is a constant need. From automotive and packaging to agriculture, home appliances and the chemical industry, everyone needs parts that are both of reliable quality and produced at a reasonable cost. This is where production of air injection parts plays a key role as one of the most important and widely used methods of plastic shaping.
What is pneumatic injection and why is it popular in the industry?
Reasons for the popularity of pneumatic injection parts production
- Ability to produce hollow parts with various shapes
- High production speed and suitable for industrial circulations
- Reduction in weight of the part without loss of performance in many applications
- Economical in mass production
- Possibility to choose various raw materials according to the application
Types of production methods of pneumatic injection parts
In order to get the best output from production of air injection parts, you should know that this technology has several main paths and depending on the type of part and circulation, the appropriate method is chosen.
1) Extrusion Blow Molding
2) Injection Blow Molding
3) Stretch Blow Molding
production of pneumatic injection parts suitable for various industries; Why is it a general but specialized solution?
Kihan Plast, a manufacturer of all kinds of industrial injection parts, with an industrial and engineering approach, does not see production as limited to general products; Rather, it works project-oriented and tries to provide reliable parts in various industries.
Application of the production of pneumatic injection parts in the automotive industry
Examples of car parts that can be produced with pneumatic injection
- Plastic tanks and sources (such as salt glass tank and similar containers)
- Air ducts and channels
- Some containers and covers with hollow design
- Plastic parts that require strength and lightness at the same time
Application of air injection in packaging and food industries
The advantages of producing pneumatic injection parts in packaging
- Production in high volume at reasonable price
- Possibility of exclusive design for brands
- Low weight and reduced transportation cost
- Possibility of choosing suitable materials for contact with food (depending on the project standard)
Application of pneumatic injection in chemical and petrochemical industries
Examples of applications
- Gallons and chemical containers
- Small and medium storage tanks
- Industrial enclosures that require proper sealing
Production of pneumatic injection parts for agricultural and irrigation industries
Examples of manufacturable parts
- Liquid storage tanks
- Agricultural gallons and containers
- Lightweight hollow parts for peripheral equipment
Application of pneumatic injection in home appliances and consumer equipment industries
The advantages of this method for household appliances
- Economical production in high circulation
- Possibility to design diverse appearance
- Lighter weight and easier to carry
- Proper integration and reduction of additional assemblies in some parts
Why Kehan Plast is the right choice for the production of injection molded parts?
1) Engineering consultation before production
2) Quality control during production
3) Production capacity for large and small projects
4) Competitive price and economic value
Procedures for placing an order for the production of pneumatic injection parts in Keihan Plast
- Registration of request and explanation of project requirements (use, circulation, consumption conditions)
- Technical review and proposal of production method/raw materials
- Design or modification of part design (if needed)
- Making mold or preparing existing mold
- Prototype production and customer approval
- Starting mass production and control Quality
- packaging and shipping according to schedule
Important tips for SEO and safe shopping: Specify these items before ordering
- In what temperature conditions does the part work?
- What material is it in contact with (water, oil, chemicals)?
- What is the impact resistance and strength required?
- What is the circulation required and your production growth plan?
- Do you have a specific standard in mind?
- Is the appearance of the part important or just performance?