Stainless Piston Tubes - Inch

These stainless piston tubes are used inside injection mold tooling to accelerate heat removal through a hollow tube heat-transfer path. Because they are intended for high-strength cooling with an internal flow channel, they fit best in molds that need tighter cycle-time control and stable coolant flow.

• Automotive and industrial connector molds: Install as standalone cooling pipes behind thin-wall cavities to improve uniform mold temperature and reduce variation across the tool surface.
• Electronics housings and inserts: Use multiple lines to target local hot spots around metal inserts while maintaining a compact footprint; hollow construction supports dependable heat transfer.
• Tools using rear-load cascades: Integrate the tubes into rear-load cascade assemblies to scale cooling capacity without re-plumbing the entire backplate.

The available inch tap sizes (NPT 1/16" and 1/8") and the defined tube O.D./I.D. ranges help match nozzle/cascade manifolds and maintain consistent coolant routing for maximum cooling rates.

This component uses a stainless steel hollow tube design to support reliable, high-strength cooling performance in mold environments. Stainless construction helps resist corrosion from typical water-based and mixed coolant conditions encountered in production.

• Heat treatment: No specific heat-treatment state (e.g., quenched & tempered, nitrided) is provided in the supplied specifications; verify the exact grade and condition with the manufacturer for critical wear or lifespan requirements.
• Hardness & wear resistance: Hardness (HRC) data is not included in the provided parameters; stainless tubes are typically selected more for chemical resistance and dimensional stability than for extreme abrasion resistance compared with hardened tool steels.
• Manufacturing process: In practice, these tubes are fabricated as hollow stainless stock and machined to inch dimensions, with sealing interface features such as a flush seal pipe plug referenced in the description for stable coolant flow.

When selecting alternatives, compare stainless tubes for corrosion resistance versus hardened tool-steel cooling channels when abrasion or high particulate exposure is the primary driver.

Select the tube and connection dimensions to match your mold cavity/core cooling layout and the interface to the manifold/cascade plumbing.

• Choose the pipe tap size (NPT): Use 1/16" or 1/8" based on your rear-load cascade ports or inlet/outlet plumbing specifications.
• Match the tube outer/inner diameter: Select O.D. 0.125" with I.D. 0.109" for the smaller line, or O.D. 0.187" with I.D. 0.167" for higher internal flow cross-section.
• Verify physical fit in the mold: Ensure clearance around the outer diameter and confirm routing constraints in the cooling pocket/backplate.
• Consider sealing/plug interfaces: The design references a flush seal pipe plug; match the sealing interface to your manifold/cascade system to avoid leakage and maintain cooling rate.

Tolerance/fit ranges are not provided in the input data; during design review, confirm allowable clearances with your supplier drawings to prevent interference and to achieve the intended hydraulic performance.