CFRT plywood sandwich panels manufacturer in china

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What’s CFRT plywood sandwich panels?

CFRT plywood sandwich panels are made of CFRT (Continuous Fibre Reinforced Thermoplastic – UD Tape) and plywood. They are laminated by high pressure vacuum using adhesive. These high-strength, corrosion-resistant composite panels are widely used where high strength and impact resistance are needed.

We are the top manufacturer of CFRT plywood panels. We offer OEM/ODM, 3D design, material selection, and other services.

  • High strength and impact resistance.
  • Easy to clean and long life
  • Customizable: size, surface treatment, embedded, etc.

Product Description:

Composite Box is the best maker of CFRT sandwich panels. CFRT is made of multilayer UD tape. Plywood is made of laminated thin wood. Both are very strong and impact-resistant, as they are composite materials.

We can customize multiple layers of plywood. This will give it the right stiffness and strength. CFRT sandwich panels are a new, popular skinning material. They are strong yet lightweight and have the same features as CFRT.

feature:

  • High-strength material, impact-resistant plywood is best suited for high-strength applications.
  • CFRT skins are hard-wearing and less prone to cracking.
  • CFRT is water- and moisture-resistant and prevents penetration of plywood.
  • Flame retardant for added safety.
  • Lower price than FRP, but is also more resilient.
  • Easy CNC machining.

Structure of CFRT plywood sandwich panels

plywood

plywood is multiple layers of thin wood slices laminated by adhesives, with layers of interlocking fiber structure to provide excellent stability and durability.

CFRT sheet

CFRT is a thermoplastic FRP sheet laminated with UD tape. It has excellent weather resistance, impact resistance and good resilience.

Application of CFRT plywood sandwich panels :

Dry van body
Wall panelling, flooring, ceilings for caravans.
Furniture manufacturing
Caravans
Tables
Chairs
Cabinets

Technical Parameters

ItemParameter
Skin MaterialCFRT (Continuous Fiber Reinforced Thermoplastic), GRP (Glass Reinforced Plastic)
Core MaterialPlywood (Poplar, Birch, Oak, Pine, Eucalyptus, Beech, etc.)
Thickness6.0 ~ 50mm
WidthMax 2.8m
LengthMax 12m
Surface TreatmentGlossy/Matt PET film
StrengthHigh strength, impact-resistant, strong compressive ability
Water ResistanceMoisture and water-resistant, prevents moisture penetration into the core
Flame RetardancyFlame retardant, meets safety standards
Processing MethodSupports CNC machining, easy to customize
WeightLightweight material, maintains high strength while reducing overall weight
Customization OptionsSize, surface treatment, embedded design, etc.

why choose us?

Customer Satisfaction

Insisting on high quality products and servers, centered around customer experience

Quality Assurance

We strictly control every production process to bring reliable quality assurance to our customers.

Advanced Production Line

The world’s top production line ensures product precision and efficiency.

Customization

We provide 100% customization, making orders less difficult.

FAQ

GRP (Glass Reinforced Plastic) panel is a composite material consisting of glass fiber reinforced material and resin matrix, which is impact resistant, durable, corrosion resistant, and widely used in trucking, construction, transportation and other fields.

Sandwich panels can be filled with a combination of polyurethane (PU) foam, XPS foam, etc. In addition to thermoplastic CFRT, FRP can also be used for the skin and to realize more different functions.

The thickness of sandwich panels usually ranges from 10 mm to 150 mm, and the exact thickness can be customized according to the requirements of the application.

Sandwich wall panels are often referred to as “sandwich panel walls” or “composite wall panels”, but can also be referred to as polyurethane sandwich panels, rock wool sandwich panels, etc. depending on the core material.

The main reasons for using sandwich panels in structures are that they offer the advantages of high strength and low weight, good thermal and acoustic insulation, and improved seismic capacity and durability of the building.