Tutti i prodotti
  • Xiamen Creator Technology
    Receb
    Il cliente vi vuole produrre il loro prodotto perché erano felici con i risultati con le vostre precedenti produzioni.
  • Xiamen Creator Technology
    Sean
    Buon lavoro di squadra – buoni fornitori, azioni veloci e buona gente da entrambi i lati che lavorano insieme…. Grazie.
  • Xiamen Creator Technology
    Chris
    I ringraziamenti per preoccuparsi abbastanza da reagire, pensano diversamente ed innovano con noi – qui ancora in questa occasione per trovare questa alternativa – molto apprezzata da noi in RnD,
  • Xiamen Creator Technology
    Raffy
    Sì, state facendo il lavoro eccellente, grazie Welson, undesratnd che di I è così difficile
Persona di contatto : Welson
Numero di telefono : +86 18965147291
Whatsapp : +8618965147291

H13 Hot Work Tool Steel Injection Mold for High Temperature Engineering Plastics Processing up to 200°C

  • H13 Hot Work Tool Steel Injection Mold for High Temperature Engineering Plastics Processing up to 200°C
Luogo di origine Xiamen, Fujian, Cina
Marca Creator
Certificazione ISO 9001:2015
Numero di modello KD-H13-001
Quantità di ordine minimo 100 pezzi
Prezzo negotiable
Imballaggi particolari Cartone per esportazione con sacchetto in PE, pallettizzato per la spedizione in container
Tempi di consegna 25-35 giorni lavorativi per il nuovo stampo, 7-15 giorni per la produzione
Termini di pagamento T/T, L/C, PayPal, Western Union
Capacità di alimentazione 100000 pezzi al mese
Dettagli
Grado d'acciaio H13 (1.2344/SKD61) Durezza 48-52 HRC
Max temp 200 ° C.
Evidenziare

H13 Hot Work Tool Steel Injection Mold

,

200°C Max Temperature Injection Mold

,

Engineering Plastics Processing High Temperature Mold
Lasciate un messaggio
Descrizione di prodotto

H13 Hot Work Tool Steel High Temperature Injection Mold for Engineering Plastics PEEK PPS PSU Processing

Specializing in high-temperature injection molding, Xiamen Creator Technology Co., Ltd. manufactures molds from H13 hot work tool steel for processing engineering plastics like PEEK, PPS, PSU, PEI, and LCP that require mold temperatures of 120-200°C. H13's exceptional hot hardness and thermal fatigue resistance ensure reliable performance under extreme processing conditions.

Key Features & Advantages

  • H13 hot work tool steel: 48-52 HRC after vacuum heat treatment
  • Exceptional hot hardness retention at 120-200°C mold temperatures
  • Superior thermal fatigue resistance for consistent high-temperature cycling
  • Oil quenching and multiple tempering for optimal microstructure
  • Ideal for PEEK, PPS, PSU, PEI (Ultem), LCP, and PPA processing
  • Wear-resistant for glass-fiber and carbon-fiber reinforced grades

Technical Specifications

Mold SteelH13 (DIN 1.2344 / SKD61)
Hardness48-52 HRC
Max Mold Temperature200°C continuous
Material CompatibilityPEEK, PPS, PSU, PEI, LCP, PPA
Fiber ReinforcementGlass Fiber, Carbon Fiber up to 50%
Heat TreatmentVacuum Oil Quench + Triple Temper
Mold Life300,000 - 500,000 shots
ApplicationHigh-Temp Engineering Plastics

Manufacturing Excellence

Our H13 mold manufacturing follows strict heat treatment protocols with vacuum oil quenching and triple tempering to achieve optimal hardness distribution and microstructure. Each H13 mold undergoes hardness mapping verification across the cavity surface before final polishing. We have extensive experience processing high-temperature engineering plastics for aerospace, medical, and industrial applications.

Frequently Asked Questions

Q: When should I choose H13 over P20 or 718H?

A: Choose H13 when processing engineering plastics requiring mold temperatures above 120°C, such as PEEK (180°C), PPS (150°C), or PEI (160°C), where standard mold steels would soften and wear rapidly.

Q: Can H13 molds handle glass-filled materials?

A: Yes. H13 at 48-52 HRC provides excellent wear resistance against glass fiber and carbon fiber reinforced engineering plastics.

Q: What is the maximum mold temperature for H13?

A: H13 maintains its hardness and dimensional stability at mold temperatures up to 200°C continuous operation, making it suitable for the highest-temperature engineering thermoplastics.

Q: Do you perform heat treatment in-house?

A: We partner with certified heat treatment facilities using vacuum furnaces with oil quenching capability, with full hardness and microstructure reports provided for every mold.

Etichette:

stampaggio ad iniezione su ordinazione

lavorazione con utensili dello stampaggio ad iniezione

servizio di modellatura dell'iniezione