JLONCell 80 kg/m³ PVC Foam Core is a structural-grade, closed-cell PVC foam developed for industrial composite applications requiring higher stiffness and moderate-to-high load-bearing capacity.
It is widely used in industrial FRP sandwich panels, machine covers, equipment housings, transportation panels, and modular composite structures, helping manufacturers achieve a balance between panel weight and mechanical performance.
With uniform cell structure and controlled density, JLONCell 80 ensures consistent quality for both prototype development and mass production of industrial composite panels.
Density: 80 kg/m³
High strength-to-weight ratio
Suitable for medium-load industrial panels
Closed-cell PVC structure with low resin absorption
Stable thickness under vacuum pressure
Easy CNC machining and bonding
JLONCell 80 kg/m³ PVC Foam Core offers enhanced compressive and shear strength for medium-load industrial sandwich structures.
It performs reliably under static and dynamic stresses, providing good dimensional stability, fatigue resistance, and long-term durability in industrial use.
For detailed physical and mechanical properties of JLONCell PVC Foam Core,please download the Technical Data Sheet below.
JLONCell PVC foam core TDS.pdf
Hand Lay-up
Vacuum Bagging
Resin Infusion (VARTM / LRTM)
RTM Light
Uniform resin flow during infusion
Minimal thickness variation under vacuum
Easy thermoforming for curved or complex panels
Compatible with polyester, vinyl ester, and epoxy resin systems
JLONCell 80 kg/m³ is typically selected when higher stiffness and load capacity are required without excessive weight increase:
For ultra-lightweight panels: JLONCell 45 / 60
For general industrial FRP sandwich panels: JLONCell 80
For higher-load or reinforced areas: JLONCell 100 / 130
This allows engineers to optimize panel performance, weight, and cost efficiently.
Industrial FRP sandwich panels
Machine housings and covers
Electrical and control cabinets (medium-load zones)
Transportation and truck body panels
Modular industrial enclosures
Equipment partitions and platforms

Compared with JLONCell 60, the 80 kg/m³ grade provides higher compressive strength and stiffness for medium-load industrial panels.
Compared with JLONCell 100, it offers a lighter panel weight while still meeting most industrial structural requirements.
Consistent density and thickness control
Stable supply for industrial batch production
Custom sheet sizes and thickness available
Technical support for FRP sandwich panel design
JLONCell PVC Foam Core is engineered to meet the reliability expectations of industrial composite manufacturers seeking balanced performance.
Is 80 kg/m³ PVC foam core suitable for industrial FRP sandwich panels?
Yes. It is commonly used for medium-load panels in industrial applications.
Can JLONCell 80 be used for resin infusion processes?
Yes. Fully compatible with resin infusion, RTM Light, and other vacuum-assisted processes.
What density PVC foam core should be used for medium-load equipment enclosures?
Typically 60–80 kg/m³, depending on stiffness and load requirements.
JLONCell 80 kg/m³ PVC Foam Core is a structural-grade, closed-cell PVC foam developed for industrial composite applications requiring higher stiffness and moderate-to-high load-bearing capacity.
It is widely used in industrial FRP sandwich panels, machine covers, equipment housings, transportation panels, and modular composite structures, helping manufacturers achieve a balance between panel weight and mechanical performance.
With uniform cell structure and controlled density, JLONCell 80 ensures consistent quality for both prototype development and mass production of industrial composite panels.
Density: 80 kg/m³
High strength-to-weight ratio
Suitable for medium-load industrial panels
Closed-cell PVC structure with low resin absorption
Stable thickness under vacuum pressure
Easy CNC machining and bonding
JLONCell 80 kg/m³ PVC Foam Core offers enhanced compressive and shear strength for medium-load industrial sandwich structures.
It performs reliably under static and dynamic stresses, providing good dimensional stability, fatigue resistance, and long-term durability in industrial use.
For detailed physical and mechanical properties of JLONCell PVC Foam Core,please download the Technical Data Sheet below.
JLONCell PVC foam core TDS.pdf
Hand Lay-up
Vacuum Bagging
Resin Infusion (VARTM / LRTM)
RTM Light
Uniform resin flow during infusion
Minimal thickness variation under vacuum
Easy thermoforming for curved or complex panels
Compatible with polyester, vinyl ester, and epoxy resin systems
JLONCell 80 kg/m³ is typically selected when higher stiffness and load capacity are required without excessive weight increase:
For ultra-lightweight panels: JLONCell 45 / 60
For general industrial FRP sandwich panels: JLONCell 80
For higher-load or reinforced areas: JLONCell 100 / 130
This allows engineers to optimize panel performance, weight, and cost efficiently.
Industrial FRP sandwich panels
Machine housings and covers
Electrical and control cabinets (medium-load zones)
Transportation and truck body panels
Modular industrial enclosures
Equipment partitions and platforms

Compared with JLONCell 60, the 80 kg/m³ grade provides higher compressive strength and stiffness for medium-load industrial panels.
Compared with JLONCell 100, it offers a lighter panel weight while still meeting most industrial structural requirements.
Consistent density and thickness control
Stable supply for industrial batch production
Custom sheet sizes and thickness available
Technical support for FRP sandwich panel design
JLONCell PVC Foam Core is engineered to meet the reliability expectations of industrial composite manufacturers seeking balanced performance.
Is 80 kg/m³ PVC foam core suitable for industrial FRP sandwich panels?
Yes. It is commonly used for medium-load panels in industrial applications.
Can JLONCell 80 be used for resin infusion processes?
Yes. Fully compatible with resin infusion, RTM Light, and other vacuum-assisted processes.
What density PVC foam core should be used for medium-load equipment enclosures?
Typically 60–80 kg/m³, depending on stiffness and load requirements.