Alle producten
  • Xiamen Creator Technology
    Receb
    De cliënt wil u hun product produceren omdat zij met de resultaten met uw vroegere productie blij waren.
  • Xiamen Creator Technology
    Sean
    Goed groepswerk – goede leveranciers, snelle acties en goede mensen die aan beide kanten…. samenwerken Dank u.
  • Xiamen Creator Technology
    Chris
    Dank voor het geven genoeg te reageren, denkt verschillend en vernieuwt met ons – hier opnieuw bij deze gelegenheid om dit die alternatief – veel te vinden van ons in RnD wordt gewaardeerd,
  • Xiamen Creator Technology
    Raffy
    Ja, doet u uitstekend werk, dankt u Welson, is I undesratnd het zo moeilijk
Contactpersoon : Welson
Telefoonnummer : +86 18965147291
WhatsApp : +8618965147291

Beryllium Copper Cooling Insert Injection Mold with 105 W/mK Thermal Conductivity for Deep Core Pin Rapid Heat Removal

  • Beryllium Copper Cooling Insert Injection Mold with 105 W/mK Thermal Conductivity for Deep Core Pin Rapid Heat Removal
Plaats van herkomst Xiamen, Fujian, China
Merknaam Creator
Certificering ISO 9001:2015
Modelnummer KD-BECU-001
Min. bestelaantal 100 stuks
Prijs negotiable
Verpakking Details Exportkarton met PE-zak, gepalletiseerd voor containerverzending
Levertijd 25-35 werkdagen voor nieuwe mal, 7-15 dagen voor productie
Betalingscondities T/T, L/C, PayPal, Western Union
Levering vermogen 100.000 stuks per maand
Productdetails
Technologie BeCu-koelinzetstukken Geleidbaarheid 105 W/mK (5x staal)
Beste voor Diepe kernen / smalle kenmerken
Markeren

105 W/mK Thermal Conductivity Beryllium Copper Cooling Insert

,

Deep Core Pin Cooling Injection Mold

,

Rapid Heat Removal BeCu Cooling Inserts
Laat een bericht achter
Productomschrijving

Optimized Beryllium Copper Cooling Insert Injection Mold for Deep Core Pin Rapid Heat Removal

Solve deep core cooling challenges with Xiamen Creator Technology Co., Ltd.'s beryllium copper (BeCu) cooling insert technology. Our molds integrate high-thermal-conductivity BeCu inserts in deep core pins, slides, and difficult-to-cool areas, achieving 5x faster heat removal than steel for reduced cycle times and eliminated hot spot defects.

Key Features & Advantages

  • Beryllium copper inserts with 5x thermal conductivity vs. steel
  • Targeted cooling for deep core pins and narrow features
  • Eliminates hot spots causing warpage, sink marks, and long cycles
  • Water or oil cooling circuits through BeCu inserts
  • Compatible with standard mold base and component integration
  • Most cost-effective for localized cooling in specific mold areas

Technical Specifications

TechnologyBeryllium Copper Cooling Inserts
Thermal Conductivity105 W/mK (5x vs. P20 steel)
ApplicationDeep Cores, Slides, Narrow Features
Cooling MediumWater / Oil
MaterialBeryllium Copper (C17200)
Insert TypeCore Pins, Cavity Inserts, Slide Faces
BenefitEliminated Hot Spots, Reduced Warpage
Lead TimeStandard mold + 3-5 days for BeCu integration

Manufacturing Excellence

Our mold engineering team identifies hot spot areas through Moldflow cooling analysis and strategically places beryllium copper inserts where conventional cooling cannot reach. This targeted approach provides the cooling benefits of conformal technology at a lower cost, making it ideal for molds with specific deep-core or narrow-feature cooling challenges.

Frequently Asked Questions

Q: Where are BeCu inserts most effective?

A: BeCu inserts are ideal for deep core pins, narrow ribs, slide faces, and tight corner areas where conventional drilled cooling channels cannot reach.

Q: How much faster is BeCu cooling than steel?

A: Beryllium copper has approximately 5x the thermal conductivity of P20 mold steel, dramatically reducing cooling time in hot spot areas.

Q: Is BeCu safe to use in mold making?

A: Yes. BeCu in solid form is safe for machining and use. We follow all safety protocols during machining operations per industry standards.

Q: When should I choose BeCu inserts vs. conformal cooling?

A: BeCu inserts are most cost-effective for targeted cooling of specific problem areas. Conformal cooling is better when the entire part geometry benefits from uniform contoured cooling.

Markeringen:

douaneinjectie het vormen

injectievorm het bewerken

de dienst van het injectieafgietsel