Casting Components

Granted Patent CN113275523B

Upward Casting Copper Busbar Crystallizer

CN113275523B Crystallizer for Upward Copper Busbar Casting

CN113275523B upward casting copper strip billet crystallizer
Crystallizer assembly detail — S-type water channel section
Crystallizer lower copper block with graphite mold connection

Product Overview

This crystallizer is a core component for the upward copper strip billet casting route. Its dual-section structure, S-type water channels, independent cooling cavities, and graphite-mold connection are covered by granted Chinese invention patent CN113275523B.

Invention Patent — Upward Casting Copper Strip Billet Crystallizer and Casting Method

CN113275523B covers an upward casting copper strip-billet crystallizer and casting method developed for high-speed copper busbar production. The patent description records a 120 mm/min casting example for a 220 × 12 mm section, twice the cited 60 mm/min reference for the same section. Its crystallizer structure is designed to support clearer grain lines, more regular grain arrangement, stable casting performance, easier downstream processing, and higher finished-product yield.

Project Information

Product Section
Project specific; available after drawing review
Overall Dimensions
Available upon request after interface confirmation
Component Weight
Available upon request for the approved drawing
Operating Range
Confirmed after product, cooling-water, and line review
Granted Patent
CN113275523B, granted 4 November 2022
Cooling Circuit
S-type water channel — upper & lower sections
Structure
Dual-section: stainless steel upper + copper block lower

Send the target busbar or strip-billet drawing, existing interfaces, cooling-water conditions, quantity, and equipment information for technical review.

Technical Features

  • Granted Chinese invention patent CN113275523B - S-type water-channel geometry
  • Patent scope and application boundary explained on the Technology page
  • Dual-section sealed structure — stainless steel upper, copper block lower
  • Connected upper and lower sections via water pipes for integrated cooling
  • Symmetric dual water inlet/outlet ports on copper cover plate
  • Graphite mold connected directly to lower copper block via substrate passages

Applications

  • Upward continuous casting lines for copper busbar
  • Replacement crystallizer for existing casting equipment
  • Existing-line crystallizer review and capacity-upgrade projects
  • Multi-strand busbar casting configurations
  • Oxygen-free copper busbar casting

Crystallizer

Available as a standalone replacement component or as part of a complete casting line.

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Patent Reference

CN113275523B, granted 4 November 2022, covers the crystallizer's S-type water-channel geometry, dual-section structure, and associated casting method.

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