Car Armrest Storage box glove box black ABS
Car Armrest Storage box glove box black ABS
Car Armrest Storage box glove box black ABS
Car Armrest Storage box glove box black ABS
Car Armrest Storage box glove box black ABS
Car Armrest Storage box glove box black ABS
Car Armrest Storage box glove box black ABS

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Car Armrest Storage box glove box black ABS

$1.00 ~ $10000.00 / Set/Sets
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Model No. : CT-1032
Brand Name : Ceeto
place of origin : China
Forming method : Plastic Injection Mould
product material : Plastic
product : Household Product
Shaping Mode : Injection Mould
Surface Finish Process : Polishing
Mould Cavity : Multi Cavity
Plastic Material : ABS
Process Combination Type : Single-Process Mode
Application : Car
Runner : Hot Runner
Design Software : UG
Installation : Fixed
Certification : ISO
Standard : HASCO
Customized : Customized
More
6yrs

Ningbo, Zhejiang, China

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Product description

Automotive Glove box Plastic Mould is made by single cavity (Can be Multi-cavity ), mould design software that we use is Pro/E, UG, Catia, Solidworks, Moldflow, AutoCAD, plastic material is ABS( Black), mold cavity and core steel can be P20, 2738, 2738H ,718H,2344, NAK80 etc. Steel Hardness is HRC 35-48, mold base can be LKM, S50C, injection system is hot runner system, hot runner system namebrand is Yudo or Synventive, HRS, etc., Standard Components can be HASCO, DME, misumi, LKM, PUNCH, etc., mold life: 300000- 1million shots, transportation package is wooden case, mould making lead time is 55 days.


Car glove box plastic injection mould


Car glove box plastic injection mould workshop


Automotive Car glove box plastic injection mouldworkshop



FAQ:


Q1: What tolerances can you achieve for Car glove box plastic injection mould?


There is not a given set of tolerances that fits all processes and materials. In every case, the final tolerances on your part will depend on a number of factors, including but not limited to:

  • Part size
  • Design geometry
  • The number, type, and size of features
  • Material(s)
  • Surface finish
  • Manufacturing process

We will review your design and provide a design for manufacturing review, pointing out any areas where we may not be able to achieve your desired tolerances. It`s helpful to us if you can specify which areas in your design have critical tolerances that must be met and which can be slightly modified if needed to reduce time and costs involved.


Q2: How do you ensure your Car glove box plastic injection mould quality?  

In order to deliver high-quality parts every time, we`ve instituted the following steps to ensure you get parts that meet and exceed your expectations.


  • A full design for manufacturing (DFM) review upon initial inquiry. This will be performed by our skilled engineering team, who will alert you to any issues before work begins.
  • All incoming material (metal and plastic) is 100% inspected using our in-house metrology equipment.
  • In-process and first article inspection.
  • Comprehensive final inspection with a full report.


Q3: Is the lead time in working days or calendar days?     

Lead times are quoted in working days. As per our terms and conditions, quoted lead times commence only after completion and confirmation of design for manufacturing review and the beginning of actual production.


Q4: How long does a quotation take?    

In most cases, we respond within a couple of days of receiving an RFQ. However, there may be situations when we must source material from an external supply and therefore the quotation may be delayed accordingly.


Q5: What is the difference between a multi-cavity mold and a family mold?    


A multi-cavity mold has multiple cavities of the same part; a family mold produces a set. For instance, for an electronic enclosure, you may need a front, back, battery door, and a button. Those could all be molded at once in a family mold.


Q6: How long does it take to build an Car glove box plastic injection mould?


Depending on complexity and our tool room load, it normally need about 50 days to 60 days.


Q7: Can I modify the mold after the first run?    


We can modify our steel molds by additional machining, fill-in welding, welding in additional material, or inserting a replacement feature, for a reasonable cost. If the changes are too great, however, producing a new mold may be more cost-effective than reworking the existing one.


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