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Nylon Thermal Profile Extrusion Mould Polyamide Forming Tool for Heat Insulation Strip

Customization: Available
Warranty: 1 Year
Shaping Mode: Injection Mould

Product Description

Basic Information
Model NO.
GY-Mold
Surface Finish
Polishing
Mould Cavity
Multi Cavity
Plastic Material
PA
Process Type
Progressive Die
Application
Car, Household Appliances, Electronic, Hardware
Runner
Cold Runner
Design Software
AutoCAD
Certification
CE, ISO
Standard
DME
Tolerance
± 0.05mm
Production Capacity
800 Set/Year
Product Description
Polyamide Insulation Strip Extruder Mold
PA66GF25 Polyamide Insulation Strip Extruder Mold

The automatic extrusion production line for nylon insulating strips features high stability, high yield, and strong adaptability. Extrusion molding is a process where molten material in the mold is pressed out to form the final product with precise shapes. Insulating rubber strips are widely used in doors, windows, and curtain wall aluminum profiles.

Mould Detail 1 Mould Detail 2
Product NameMold for thermal barrier strips extrusion machine
Mold MaterialHigh-grade Mold Steel
Runner TypeCold Runner
Mould CavityMulti-cavity
Mould Weight60kg - 110kg
Lead Time15-25 Working Days
Temperature ControlBuilt-in Heating Rod
Mold Introduction

This mold is specifically designed for customizing nylon insulation strips for doors and windows. The entire device consists of cold plates, hot plates, 45 steel templates, and synchronous gear transmission components, precisely matching batch and high-quality production needs.

Mold Introduction Image
Cooling Plate Technology

The cold plate is the functional core, manufactured using high-precision wire cutting equipment. The dimensional accuracy of the mold cavity is strictly controlled within ± 0.05 millimeters. This ensures stable size deviation in mass production and avoids assembly mismatch issues.

Cooling Plate Detail
Heating Plate Precision

Processed through CNC machining centers for milling and precision grinding, the surface smoothness reaches Ra1.6 μm or above. Uniform temperature control reduces the risk of adhesion and ensures a flawless strip surface after demolding.

Heating Plate Detail
45 Steel Forming Module

Precision machined and quenched to reach a hardness of HRC28-32. This provides excellent wear resistance and deformation resistance, supporting high-frequency batch production of tens of thousands of pieces daily.

Steel Module Detail Gear Component Detail
Packaging & Shipping

We select high-strength multi-layer solid wood plywood for packaging. The cases undergo high-temperature pressing and anti-corrosion treatment to ensure the safe global transportation of the mold.

Packaging Box Shipping Preparation
Frequently Asked Questions
1. What is the typical lead time for a custom mold?
The standard lead time for our extrusion molds is between 15 to 25 working days, depending on the complexity of the profile design.
2. What level of precision can be expected from the mold?
Our molds are processed using high-precision wire cutting and CNC equipment, maintaining a dimensional accuracy tolerance within ± 0.05mm.
3. What materials are used for the mold construction?
We primarily use high-grade mold steel and 45 steel modules that have undergone quenching and tempering to ensure a hardness of HRC28-32 for long-term durability.
4. Does the mold include a temperature control system?
Yes, our molds feature a built-in heating rod system and precision-machined hot plates to ensure uniform temperature distribution during the extrusion process.
5. How are the molds packaged for international shipping?
Molds are securely packed in high-strength multi-layer plywood cases (wooden boxes) which are treated for anti-corrosion to withstand long-distance transit.
6. What are the main applications for the products made by this mold?
The PA66GF25 thermal barrier strips produced are widely used for heat insulation in aluminum doors, windows, and curtain wall systems.

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