Gaztron Engineering Pvt. Ltd. provides PSA Nitrogen Gas Generators tailored for the plastics industry, supporting processes such as injection molding, blow molding, and polymer extrusion. In plastics manufacturing, nitrogen gas helps prevent oxidation and discoloration, maintaining the integrity and durability of polymers. Additionally, nitrogen’s role as an inert propellant in gas-assisted injection molding improves precision and ensures parts are fully filled, reducing shrinkage and enhancing overall quality.
Our nitrogen generators utilize PSA technology to deliver a consistent, on-site nitrogen supply with high purity, eliminating the dependency on nitrogen cylinders. Gaztron’s systems are ideal for demanding plastics applications, including gas-assisted molding, extrusion, and tank blanketing, ensuring optimal process efficiency and product quality.
Key Benefits of Nitrogen Gas in Plastics Manufacturing and Injection Molding:
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Oxidation and Discoloration Prevention:
By replacing oxygen with nitrogen during plastic formation, oxidation and discoloration are minimized, resulting in a high-quality, durable polymer that maintains its integrity.
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Enhanced Injection Molding Quality:
In gas-assisted injection molding, nitrogen fills the mold at high pressure, ensuring polymers reach every part of the mold with precision, which reduces shrinkage and ensures a strong, smooth finish.
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Support for Blow Molding Applications:
Nitrogen acts as an effective propellant in blow molding, creating a controlled, oxygen-free environment that prevents polymer degradation and produces consistently high-quality hollow parts.
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Improved Operational Efficiency with On-Site Nitrogen Generation:
With Gaztron’s on-site PSA nitrogen generators, plastic manufacturers can achieve cost savings and reliable nitrogen supply for uninterrupted operations without dependence on cylinders.
Technical Specifications:
- Plant Capacity Range: 5 to 1000 Nm3/Hr
- Nitrogen Purity: 99% to 99.9998%
- Dew Point Range: -20 to -40°C
- Discharge Pressure: 5 to 25 kg/cm²
