PFA Injection Molding

JamindoMFG offers PFA injection molding with the most advanced features and applicability for project applications due to our in-house research and innovations. Used in different industries with exceptional positive feedback.
monthly output
1 Million
successful project
1 +
Molding Equipment
1 +
optional material
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PFA Injection Molding Process

Understanding fluoropolymers as a material, cutting-edge machinery, sophisticated manufacturing techniques, and factors like temperature and speed are all necessary for our unique PFA injection molding process. Here is further information on these ideas:
pfa Injection process

Step 1: Material Feeding

Placing plastic pallets in the hopper causes them to tumble into the barrel.

Step 2: Material Plasticization

The barrel’s rotating screw propels the pallet forward. The pallets are pushed forward by the rotating screw and gradually melt until they reach the front of the barrel and are entirely molten.

Step 3: Injection Tooling

The screw uses the sprue and runner system to insert the molten plastic into the mold cavity once there is enough of it in front of it.

Step 4: Pressure Retention

The screw will repeatedly force molten plastic into the mold for replenishment. The molten plastic contracts as it cools inside the mold, forming a flawlessly shaped final product.

Step 5: Cooling

Material that is still in a liquid state quickly solidifies as it cools.

Step 6: Ejection

The ejector rod pushes the ejector pins ahead as the mold unlocks. The item and runner are dumped outside and collected in a trash can. To create more plastic products, the process is repeated numerous times.

Advantages of PFA Injection Molding

PFA was developed to make a fluoropolymer that can be processed in a melt. PFA can be melted and injected into molds. PFA has significantly greater thermal stability and chemical resistance than other technical polymers.

Why Choose Us

JamindoMFG PFA appears to be transparent. In addition to being utilized in sample preparation systems for trace metals analysis, it is widely used in the semiconductor sector. Due to its unique qualities, it is the only option for many crucial applications. Of all fluoropolymers, it offers the broadest operating temperature range.
pfa molding injection 3

Typical Applications

PFA and other fluoropolymers are widely employed in various fields and applications. JamindoMFG injection molding may be a great choice if you seek a reliable and efficient technique to create components utilizing a fluoropolymer.
pfa telecommunication


pfa transportation


pfa chemical

Chemical and Petrochemical processing

PFA pharmaceutical


pfa medical


PFA aerospace


pfa electronics



PFA, FEP, PVDF, ETFE, ECTFE, and PCTFE are melt processable and can be injection molded.

To produce higher lining quality, transfer molding can be used to process PFA, a thermoplastic material with a clearly defined melting point. The granular material is forced into the heated tool after melting in a melting pot.

When the temperature of the PFA exceeds its melting point, which is between 280 and 320 °C, it liquidizes, allowing melting mold techniques to be used.

Regardless of the bonding technique, heat sealing equipment must be capable of temperatures as low as 550°F (288°C) for FEP film and 600°F (316°C) for PFA film.

Due to its excellent resistance to chemical assault, optical transparency, and general flexibility, PFA is typically utilized for plastic lab equipment. PFA is frequently utilized as tubing to transport delicate or highly corrosive processes. PFA is also used as the sheet lining for chemical equipment.

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