Lightweight Reinforced Thermoplastic (LWRT)

Lightweight Reinforced Thermoplastic Material, also known as LWRT, is a glass fiber composite material used in the automotive industry. It is made from glass fiber and polypropylene in a 50:50 mass ratio. It is produced through a process of wrapping, combing, web formation, needle punching, and hot pressing. It has thermoplastic properties and is a GMT material. It offers the advantage of low cost while also providing the benefits of high performance.

  • Over 45% lighter than traditional materials  
  • Excellent impact resistance  
  • Environmentally friendly product  
  • Sound insulation performance

Product Description

Lightweight reinforced thermoplastic materials offer numerous advantages that are highly compelling.  

  • Lightweight Performance: Utilizes lightweight materials, resulting in extremely low density.  
  • Bending Resistance: Resistant to bending, with bending strength ranging from 50 to 150 MPa.  
  • Impact Resistance: LWRT exhibits excellent impact resistance, typically ranging from 20 to 50 kJ/m².
  • Environmental Friendliness: It has significant environmental advantages, with no harmful substance emissions.  
  • Flame Retardancy: LWRT has excellent flame retardancy, effectively preventing fire spread.  
  • Durability: It has a long service life, is resistant to aging, and reduces the need for replacements.
Lightweight Reinforced Thermoplastic LWRT 3

performance table

ParameterTypical Value / Range
Glass Fiber Content20%-50%
Matrix MaterialPolypropylene (PP)
Density0.9-1.2 g/cm³
Impact Strength20-50 kJ/m²
Hot Pressing Temperature180-220°C
Hot Pressing Pressure1-5 MPa
Molding Thickness1-10 mm
Recyclability100% Recyclable

parameter table

Basis Weight (g/m²)Thickness (mm)Lamination Depth (mm)Tensile Strength MD (N)Tensile Strength TD (N)
9001.85-8107
10002.06-91512
11502.37-102016
12502.78-112520
13503.09-123024
16003.510-144535
19004.012-166045
22004.514-188060
26005.215-2011085

Application

LWRT materials are suitable for manufacturing underbody shielding protection devices, load-bearing plates, roof linings, door decorations, luggage racks, roof molding, engine hoods, trunk covers, etc.

1

Basis Weight: 850 – 1200 g/m²

  • High strength, light weight
  • Good sound insulation and heat insulation
  • Excellent moldability and mechanical properties
  • Low density, good surface quality, no formaldehyde, environmentally friendly, suitable for automotive interior parts
4

Basis Weight: 1000 – 2500 g/m²

  • Three layers: surface layer + intermediate layer + bottom layer
  • Surface Layer: 200-1000 g/m²
  • Intermediate Layer: 200-2000 g/m²
  • Good sound insulation, low density
  • High strength, good toughness
  • Good moldability, easy to process
  • Green environmental protection, no formaldehyde, suitable for automotive interior parts, environmentally friendly
3

Basis Weight: 800 + 640 (Estimated: 800 g/m²
)

  • High strength, good toughness
  • Excellent sound insulation and heat insulation
  • High moldability, suitable for complex parts
  • Environmentally friendly, no formaldehyde
2

Basis Weight: 1600 – 2200 g/m²

  • High strength, good toughness
  • Excellent sound insulation and heat insulation
  • High moldability, suitable for complex parts
  • Green environmental protection, no formaldehyde, no odor, suitable for automotive interior parts

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