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Our Bimetallic Screws are sheathed with a robust PTA layer, measuring a minimum of 2mm in thickness. This strategic coating ensures durability, enhancing the lifespan of the screws to surpass traditional nitrided variants by 2-3 times. Enriched with higher proportions of chromium and carbon powders, our PTA alloys foster a denser chromium-carbide matrix, amplifying resistance against wear and heat.

Advantages:

• Boosted Production Efficiency: Unlock maximum production rates with our Bimetallic Screws, streamlining manufacturing processes for enhanced productivity.
• Accelerated Cycles: Experience faster cycles, optimizing operational timelines and boosting throughput.
• Reduced Waste: Say goodbye to in-line scrap as our screws ensure precision and efficiency, minimizing material wastage.
• Lower Melt Temperature: Witness a reduction in melt temperature, facilitating smoother processing and conserving energy.
• Mitigated Short Shots: Enjoy reduced occurrences of short shots, ensuring consistent quality across production runs.
• Enhanced Material Properties: Benefit from superior dispersion and physical properties, guaranteeing impeccable results with every application.

Applications:

• Highly Glass-Filled Materials: Our Bimetallic Screws excel in handling highly glass-filled materials, maintaining integrity and performance.
• Metallic Powders or Mica Fillers: Perfect for materials containing metallic powders or mica fillers, ensuring seamless processing without compromising quality.
• Shear-Sensitive Polymers: Navigate the challenges of shear-sensitive polymers effortlessly with our precision-engineered screws, preserving material integrity and achieving optimal results.

Elevate your engineering solutions with Den Scoth Engineering Pvt. Ltd.’s Bimetallic Screws, setting new benchmarks in performance and reliability.