• Xiamen Creator Technology
    Receb
    The Client wants you to produce their product because they were glad with the results with your former productions.
  • Xiamen Creator Technology
    Sean
    Good teamwork – good suppliers, fast actions and good people on both sides working together …. Thankyou.
  • Xiamen Creator Technology
    Chris
    Thanks for caring enough to react, think differently and innovate with us – here again on this occasion to find this alternative – much appreciated from us in RnD,
  • Xiamen Creator Technology
    Raffy
    Yes, you are doing excellent job, thank you Welson, I undesratnd it is so difficult
Contact Person : Welson
Phone Number : +86 18965147291
WhatsApp : +8618965147291

S136 Stainless Steel Injection Mold for High Polishing Optical Medical Parts with Corrosion Resistance

Place of Origin Xiamen, Fujian, China
Brand Name Creator
Certification ISO 9001:2015
Model Number KD-S136-001
Minimum Order Quantity 100 Pieces
Price Negotiation
Packaging Details Export-grade carton with PE bag, palletized for container shipment
Delivery Time 25-35 working days for new mold, 7-15 days for production
Payment Terms T/T, L/C, PayPal, Western Union
Supply Ability 100000 Pieces per Month
Product Details
Steel Grade S136 (420 ESR) Hardness 48-52 HRC
Best For Optical / Medical Parts
Highlight

S136 Stainless Steel Injection Mold

,

High Polishing Mold Tooling

,

Corrosion Resistance Molding Tool

Leave a Message
Product Description

S136 Stainless Steel Injection Mold for High Polishing Optical Medical Parts with Corrosion Resistance

Xiamen Creator Technology Co., Ltd. manufactures injection molds using premium S136 (420 ESR) stainless mold steel, ideal for high-polish optical and medical parts requiring corrosion resistance, excellent polishability, and long-term dimensional stability. S136 is the preferred choice for transparent PMMA and PC optical components and medical device molds.

Key Features & Advantages

  • Premium S136 (420 ESR) stainless mold steel with 48-52 HRC hardness
  • Superior corrosion resistance against PVC, POM, and flame-retardant resins
  • Excellent polishability achieving SPI A1 mirror finish (Ra ≤ 0.025μm)
  • High wear resistance ensuring mold life of 500,000+ shots
  • Uniform hardness through-thickness for dimensional stability
  • Vacuum heat treatment with triple tempering for stress relief

Technical Specifications

Mold SteelS136 (420 ESR Stainless)
Hardness48-52 HRC
PolishabilitySPI A1 Mirror (Ra ≤ 0.025μm)
Corrosion ResistanceExcellent (vs PVC, FR Resins)
Mold Life500,000 - 1,000,000 shots
ApplicationOptical Lenses, Medical Devices, Transparent Parts
Heat TreatmentVacuum + Triple Tempering
Tolerance±0.01mm

Manufacturing Excellence

Since 2007, our mold steel selection is driven by application requirements. For optical and medical molds, we exclusively use S136 ESR stainless steel sourced from certified mills (Assab, Bohler, Daido). Each steel batch is verified with spectrometer analysis before machining. Our vacuum heat treatment with triple tempering ensures optimal hardness distribution and stress relief for long-term dimensional stability.

Frequently Asked Questions

Q: Why use S136 stainless steel for molds?

A: S136 offers excellent corrosion resistance against aggressive resins (PVC, FR grades), superior polishability for optical parts, and consistent hardness through the entire cavity depth.

Q: What is the difference between S136 and NAK80?

A: S136 is stainless with superior corrosion resistance, ideal for medical and optical parts. NAK80 is pre-hardened with excellent polishability for general high-gloss applications without corrosion concerns.

Q: How do you verify steel quality?

A: We use spectrometer analysis to verify chemical composition of every steel batch, and hardness testing to confirm heat treatment results before machining.

Q: When should I choose S136 over P20 or 718H?

A: Choose S136 when producing transparent optical parts, medical components, or parts using corrosive resins (PVC, flame-retardant grades) where surface quality and corrosion resistance are critical.