Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency

Product Details
Customization: Available
CAS No.: 1675-54-3
Bonding Function: High Temperature Resistant Adhesive
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Number of Employees
10271
Year of Establishment
2020-02-28
  • Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency
  • Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency
  • Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency
  • Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency
  • Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency
  • Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency
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  • Overview
  • Product Description
  • Application characteristics
  • Product recommendation
  • Infusion resin system series
  • Corporate strengths
Overview

Basic Info.

Model NO.
Vacuum infusion process
Morphology
Transparent Liquid
Application
Woodworking
Material
Epoxy
Classification
Vacuum Infusion Process
Main Agent Composition
Epox Resin
Characteristic
Solvent-Free
Color
Clear
Curing Condition
Room Temperature Curing
Transport Package
25kg/Drum
Trademark
Sinopec
Origin
Hunan
HS Code
3506912000
Production Capacity
3000000

Product Description

Product Description
Vacuum induction molding process, is a single-sided rigid mold with a flexible vacuum bag film wrapped, sealed fiber
reinforced materials, the use of vacuum negative pressure to exclude the gas in the mold cavity, through the vacuum negative pressure to drive the flow of resin to achieve the resin on the fibers and their fabrics impregnation, and curing and molding directly at room temperature or under the condition of heating a process

 
Application characteristics
The vacuum infusion process offers a myriad of advantages, making it suitable for a wide range of applications such as wind turbine blades, marine vessels, and UV-0 grade flame retardant systems. This product excels with an extended pot life, low exothermic peak, and exceptional mechanical properties, ensuring outstanding performance and reliability across diverse fields
 
1.Low viscosity:It can maintain good fluidity and fiber infiltration
2.Long store period≥1h
3
.Low exothermic peak:It can reduce internal stress and extend mold life
4.Curing fast :It can improve production efficiency 
and reduce manufacturing costs.
5.
Good infiltration with fiber :It is the key factor that determines the final performance of the product
6.Excellent mechanical properties:Good strength and fatigue resistance
      
Product recommendation
AD-1A/B
Product Features:
1)Good fluidity and fiber infiltration
2)Long application period, fast curing at a certain temperature
3)Low exothermic peaks, reducing internal stress to extend the life of the mold

Detailed technological parameters
Items AD-1A/B
Mass mixing ratio
100:28
Mixing viscosity(25ºC, cp)
200-300
Applicable period(30ºC, min)
100-150
 
Infusion resin system series
 
Test items Bending strength(MPa) Bending modulus(MPa) Glass transition temperature Product characteristics
AD-1 A/B
>105
>2800
100-120
Building reinforcement panels,pultruded profiles
AD-3 A/B
>120
>2800
100-110
Transparent pultrusion system
AR100A/B
>110
>3000
100-120
Wind turbine blade girder plate
* Formulation can be adjusted according to the actual application.
Corporate strengths

Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency
Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency

Epoxy Resin Advanced Vacuum Infusion Process: Elevating Precision and Efficiency

 

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