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Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core
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Negotiable
Product information
High-quality Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core supplied by Tongxiang Selva Composite Material Co., Ltd.. Bulk wholesale pricing is negotiable. Inquiry for latest prices.
Package Size:
120.00cm * 120.00cm * 60.00cm
Specification:
1220*2440
HS Code:
3921909090
Package Gross Weight:
50.000kg
Production Capacity:
600sqm Per Month
Material:
Carbon Fiber
Origin:
China
Refund Policy:
Claim a refund if your order doesn't ship, is missing, or arrives with product issues.
Specifications
Package Size:
120.00cm * 120.00cm * 60.00cm
Specification:
1220*2440
HS Code:
3921909090
Package Gross Weight:
50.000kg
Production Capacity:
600sqm Per Month
Material:
Carbon Fiber
Origin:
China
Refund Policy:
Claim a refund if your order doesn't ship, is missing, or arrives with product issues.
Shipping Cost:
Contact the supplier about freight and estimated delivery time.
Trade Term:
FOB, CFR, CIF, DDP, DAP, EXW
Aperture:
Fine
Level:
Industry
Application:
Interior Decoration
Payment Term:
LC, T/T, Western Union, Money Gram
Performance:
Light
Function:
Reduce Weight
Trademark:
SELVA
Model NO.:
SVA-ASP
Port Of Loading:
Shanghai port, ningbo port
Transport Package:
Sheet/Carton
Payment Methods:
Support payments in USD
Business Details
Country:
China
Business Types:
Not specified
Main Markets:
Not specified
Main Products:
Year Established:
2020-10-22
Annual Revenue Amount:
Not specified
Numbers Of Employees:
Not specified
Preferred Payment Term:
LC, T/T, Western Union, Money Gram
Preferred Trade Term:
FOB, CFR, CIF, DDP, DAP, EXW
Port Of Loading:
Shanghai port, ningbo port
Product descriptions from the supplier
please contact us freely if need the technical data sheet of our product.
Sandwich panel has two types
1. current type: with core material information and skin material layer up information
2. custom made type: you know the properties for your application, then we need to design the structure according to your demand.
a. skin material: Carbon fiber fabric prepreg, Kevlar prepreg, Glass fiber prepreg, metal sheet,
b. core material: nomex honeycomb, pvc foam,pet foam, pmi foam, pp honeycomb, aluminium honeycomb
c. glue layer: epoxy glue film or other types
d. resin system: epoxy,phelonic
e. fasten part: need add screw or hardware or not
f: filling: need filling cell or other filler
A sandwich-style composite consists of multiple layers arranged in a "skin-core-skin" layout. The top and bottom thin, robust layers handle tension and compression stresses, whereas the central, light-weight core resists shear and stabilizes the outer layers. This construction delivers a blend of low weight, superior strength, and rigidity, enabling broad use in aerospace, rail systems, marine construction, and energy-efficient buildings.
I. Types and Selection of Surface Coatings
The outer layer acts as the primary structural component of the sandwich design, influencing key properties like strength, resistance to rust, and durability. Material choice depends entirely on the specific use case.
Skin material type
Glass fiber composite materials, characterized by low cost, excellent corrosion resistance, superior insulation properties, and moderate strength. building exterior walls, civil ships, refrigerated compartments Building insulation and decorative integrated panels, fishing boat hull
Basalt fiber reinforced composite, offering superior tensile strength, high stiffness, thermal stability exceeding 600°C, resistance to both acidic and alkaline environments, and economical value, ideal for use in fire-safe construction elements, anti-corrosion fluid conveyance systems, and railway vehicles. Fireproof Curtain Panel and Anti-corrosion Coating for Oil Pipelines
Carbon fiber composites exhibit extremely high specific strength and specific modulus, excellent fatigue resistance, and significant lightweighting effects. aerospace, high-end sports equipment, new energy vehicles Aircraft wing skin, carbon fiber bicycle frame
Aramid fiber composites display outstanding durability, strong resistance to impacts, and effective protection against cuts. These materials find application in armor gear, high-speed rail vehicles, shielded protective enclosures, and the outer surfaces of maglev trains.
Metallic sheet (aluminum, stainless steel), with excellent thermal conductivity, high gas tightness, and strong weather resistance aeroengine nacelle, ship deck, cold chain container Helicopter cabin floor, LNG carrier insulation skin
II. Types and Selection of Core Materials
The core serves as the primary structural support, holding the two skin layers apart to boost rigidity and minimize mass via a light-weight construction. The chosen material needs to be low in density, exhibit strong resistance to shear forces, and bond effectively with the skin layers.
(1) Foam sandwich
Polyurethane foam (PU): Inexpensive, highly effective at retaining heat, and straightforward to manufacture; however, it lacks thermal stability (safe for prolonged exposure below 80°C). Ideal for use in wall insulation and cold storage vehicle interiors.
Polystyrene foam (EPS/XPS): Very light, resists water absorption, and provides outstanding heat resistance at a low price; yet, it lacks durability and catches fire easily. Best used in residential exterior wall insulation and basic packaging applications.
Polyimide foam (PI): Tolerates extreme heat (operating range up to 200–300°C), resists fire effectively, and offers outstanding noise dampening; however, it comes with a premium price tag. Ideal for use in aircraft cabin linings and thermal shielding for high-temperature machinery.
PMI foam boasts superior stiffness, minimal moisture uptake, and outstanding resistance to shape change, enabling it to endure high-pressure fabrication. It is widely selected as the core material in advanced aerospace designs, commonly used in drone wing assemblies and satellite frame systems.
(2) Honeycomb sandwich
Aluminum honeycomb: known for robust strength, superior rigidity, strong heat transfer capabilities, and exceptional lightness; however, it lacks resistance to corrosion (necessitating protective coatings). Ideal for use in aerospace structures, high-speed train flooring, and ship hulls.
Nomex honeycomb (aromatic paper honeycomb): Resists fire, offers superior thermal insulation, and withstands physical stress, boasting strong resistance to corrosion, despite its higher cost. Ideal for aircraft cabin components, radar enclosures, and luxury yacht partitions.
Paper honeycomb: very affordable and environmentally friendly; yet, it offers weak structural support and absorbs water easily. Best used in everyday packaging and short-term construction dividers.
(3) Light Core Materials
Rock wool with a fixed structure: withstands high heat, resists fire, and offers noise reduction; yet, it exhibits moderate density and notable moisture uptake. Ideal for use in fire-rated door assemblies, structural fire barriers, and thermal insulation in industrial furnaces.
Wood core / Lightweight wood core (Balsa): Naturally light, decent strength, and straightforward to shape; however, it lacks durability in harsh conditions and is prone to pests. Ideal for sailboat bodies, surfboards, and ornamental sheets.
III. Sandwich Structure Material Combination Scheme in Typical Fields
1. The field of building fireproofing and anti-corrosion
Moupi: Basalt Fiber Composite Material (Fireproof, Acid and Alkali Resistant)
Core: Hard rock wool core (flame-retardant, soundproof)
Application: Fireproof roller shutter, steel structure anti-corrosion and thermal insulation cladding plate
2. Aerospace Field
Skin: Carbon Fiber Composite (High Strength and Lightweight)
Core: PMI foam / aramid honeycomb (high stiffness, low water absorption)
Applications: drone wings, satellite mounts
3. The field of rail transportation
Coating: Glass Fiber / Basalt Fiber Composite (Low-cost, Weather-resistant)
Core: Aluminum honeycomb / Polyurethane foam (lightweight, thermal insulation)
Applications: Subway car wall panels, high-speed rail seat frames
4. Marine and Shipping Sector
Coating: Glass fiber reinforced plastic (GFRP) / Stainless steel sheet (resistant to seawater corrosion)
Core: Aluminum honeycomb / Polyimide foam (resistant to salt spray and moisture)
Application: Yacht hull, marine platform protective plate
Sandwich panel has two types
1. current type: with core material information and skin material layer up information
2. custom made type: you know the properties for your application, then we need to design the structure according to your demand.
a. skin material: Carbon fiber fabric prepreg, Kevlar prepreg, Glass fiber prepreg, metal sheet,
b. core material: nomex honeycomb, pvc foam,pet foam, pmi foam, pp honeycomb, aluminium honeycomb
c. glue layer: epoxy glue film or other types
d. resin system: epoxy,phelonic
e. fasten part: need add screw or hardware or not
f: filling: need filling cell or other filler
A sandwich-style composite consists of multiple layers arranged in a "skin-core-skin" layout. The top and bottom thin, robust layers handle tension and compression stresses, whereas the central, light-weight core resists shear and stabilizes the outer layers. This construction delivers a blend of low weight, superior strength, and rigidity, enabling broad use in aerospace, rail systems, marine construction, and energy-efficient buildings.
I. Types and Selection of Surface Coatings
The outer layer acts as the primary structural component of the sandwich design, influencing key properties like strength, resistance to rust, and durability. Material choice depends entirely on the specific use case.
Skin material type
Glass fiber composite materials, characterized by low cost, excellent corrosion resistance, superior insulation properties, and moderate strength. building exterior walls, civil ships, refrigerated compartments Building insulation and decorative integrated panels, fishing boat hull
Basalt fiber reinforced composite, offering superior tensile strength, high stiffness, thermal stability exceeding 600°C, resistance to both acidic and alkaline environments, and economical value, ideal for use in fire-safe construction elements, anti-corrosion fluid conveyance systems, and railway vehicles. Fireproof Curtain Panel and Anti-corrosion Coating for Oil Pipelines
Carbon fiber composites exhibit extremely high specific strength and specific modulus, excellent fatigue resistance, and significant lightweighting effects. aerospace, high-end sports equipment, new energy vehicles Aircraft wing skin, carbon fiber bicycle frame
Aramid fiber composites display outstanding durability, strong resistance to impacts, and effective protection against cuts. These materials find application in armor gear, high-speed rail vehicles, shielded protective enclosures, and the outer surfaces of maglev trains.
Metallic sheet (aluminum, stainless steel), with excellent thermal conductivity, high gas tightness, and strong weather resistance aeroengine nacelle, ship deck, cold chain container Helicopter cabin floor, LNG carrier insulation skin
II. Types and Selection of Core Materials
The core serves as the primary structural support, holding the two skin layers apart to boost rigidity and minimize mass via a light-weight construction. The chosen material needs to be low in density, exhibit strong resistance to shear forces, and bond effectively with the skin layers.
(1) Foam sandwich
Polyurethane foam (PU): Inexpensive, highly effective at retaining heat, and straightforward to manufacture; however, it lacks thermal stability (safe for prolonged exposure below 80°C). Ideal for use in wall insulation and cold storage vehicle interiors.
Polystyrene foam (EPS/XPS): Very light, resists water absorption, and provides outstanding heat resistance at a low price; yet, it lacks durability and catches fire easily. Best used in residential exterior wall insulation and basic packaging applications.
Polyimide foam (PI): Tolerates extreme heat (operating range up to 200–300°C), resists fire effectively, and offers outstanding noise dampening; however, it comes with a premium price tag. Ideal for use in aircraft cabin linings and thermal shielding for high-temperature machinery.
PMI foam boasts superior stiffness, minimal moisture uptake, and outstanding resistance to shape change, enabling it to endure high-pressure fabrication. It is widely selected as the core material in advanced aerospace designs, commonly used in drone wing assemblies and satellite frame systems.
(2) Honeycomb sandwich
Aluminum honeycomb: known for robust strength, superior rigidity, strong heat transfer capabilities, and exceptional lightness; however, it lacks resistance to corrosion (necessitating protective coatings). Ideal for use in aerospace structures, high-speed train flooring, and ship hulls.
Nomex honeycomb (aromatic paper honeycomb): Resists fire, offers superior thermal insulation, and withstands physical stress, boasting strong resistance to corrosion, despite its higher cost. Ideal for aircraft cabin components, radar enclosures, and luxury yacht partitions.
Paper honeycomb: very affordable and environmentally friendly; yet, it offers weak structural support and absorbs water easily. Best used in everyday packaging and short-term construction dividers.
(3) Light Core Materials
Rock wool with a fixed structure: withstands high heat, resists fire, and offers noise reduction; yet, it exhibits moderate density and notable moisture uptake. Ideal for use in fire-rated door assemblies, structural fire barriers, and thermal insulation in industrial furnaces.
Wood core / Lightweight wood core (Balsa): Naturally light, decent strength, and straightforward to shape; however, it lacks durability in harsh conditions and is prone to pests. Ideal for sailboat bodies, surfboards, and ornamental sheets.
III. Sandwich Structure Material Combination Scheme in Typical Fields
1. The field of building fireproofing and anti-corrosion
Moupi: Basalt Fiber Composite Material (Fireproof, Acid and Alkali Resistant)
Core: Hard rock wool core (flame-retardant, soundproof)
Application: Fireproof roller shutter, steel structure anti-corrosion and thermal insulation cladding plate
2. Aerospace Field
Skin: Carbon Fiber Composite (High Strength and Lightweight)
Core: PMI foam / aramid honeycomb (high stiffness, low water absorption)
Applications: drone wings, satellite mounts
3. The field of rail transportation
Coating: Glass Fiber / Basalt Fiber Composite (Low-cost, Weather-resistant)
Core: Aluminum honeycomb / Polyurethane foam (lightweight, thermal insulation)
Applications: Subway car wall panels, high-speed rail seat frames
4. Marine and Shipping Sector
Coating: Glass fiber reinforced plastic (GFRP) / Stainless steel sheet (resistant to seawater corrosion)
Core: Aluminum honeycomb / Polyimide foam (resistant to salt spray and moisture)
Application: Yacht hull, marine platform protective plate
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Frequently Asked Questions (FAQs)
How can I buy & import Sandwich Panels from China?
You can contact verified China supplier Tongxiang Selva Composite Material Co., Ltd. through platforms like Freshdi.com to purchase Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core. For direct inquiries, please contact Mr. Nathan Fan, the company’s representative. The supplier has a 3.9-star rating on Freshdi and has verified. You’ll receive product details, pricing, and shipping terms directly from supplier.
What are the payments and trade terms for Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core?
For Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core, Tongxiang Selva Composite Material Co., Ltd. accepts LC, T/T, Western Union, Money Gram as the preferred payment method, the trade term is FOB, CFR, CIF, DDP, DAP, EXW, and shipments are typically arranged from port Shanghai port, ningbo port, ensuring secure and timely international delivery.
What is the current price of Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core?
The supplier Tongxiang Selva Composite Material Co., Ltd. offers Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core at negotiation.
What are the specifications of Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core from China?
Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core is sourced from China and meets international export standards. Key specifications include: Refund policy: Claim a refund if your order doesn't ship, is missing, or arrives with product issues., Package Size: 120.00cm * 120.00cm * 60.00cm, Performance: Light, Model NO.: SVA-ASP, Aperture: Fine, Shipping Cost: Contact the supplier about freight and estimated delivery time., Trade Term: FOB, CFR, CIF, DDP, DAP, EXW, Payment Term: LC, T/T, Western Union, Money Gram
You are viewing details for Light Weight Carbon Fiber Fabric Sandwich Panel with PVC Foam Core. The information provided here is either posted directly by the supplier, who is responsible for its accuracy, or collected by Freshdi AI from publicly available sources. Freshdi strives to make product information as useful and reliable as possible, but we do not guarantee complete accuracy. If you notice any incorrect or misleading details, please use the Report Product option so our team can review and address it quickly.
Negotiable
Min. order: Negotiable
Mr. Nathan Fan
Year Established: 2020-10-22
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