website
 +86 22 66224148   jack@unionvalve.com

PMMA D709

In Stock

Quality Assurance
We have a dedicated quality control team and advanced testing equipment to ensure consistent product quality.

Timely Delivery
With reliable raw material suppliers and streamlined production processes, we guarantee on-time delivery.

Excellent After-Sales Service
Our team of experts provides impeccable after-sales support

Certifications
Our products hold up to 10 international authoritative certification certificates, ensuring compliance with global standards.

111

PMMAD709

PRODUCT DETAILS

PMMA D709 (High Impact Resistance) Material Data

PMMA D709 is a high impact resistance polymethyl methacrylate offering excellent toughness, good transparency, and reliable weather resistance. It provides a balance of high tensile strength, elongation, and optical clarity, making it ideal for demanding applications in automotive, lighting, and electronic components.

Key Features

  • High impact resistance with improved toughness
  • Excellent optical clarity and light transmission
  • Balanced tensile, flexural, and elongation performance
  • Stable processing with good weatherability

Typical Properties

Property Test Standard Condition Unit D709
Specific Gravity GB/T 1033 g/cm³ 1.172
Melt Flow Index GB/T 3682 230℃ / 3.8 kg g/10min 1.7
Tensile Strength GB/T 1040 50 mm/min MPa 65
Elongation at Break GB/T 6344 50 mm/min % 45
Flexural Strength GB/T 9341 2 mm/min MPa 57.6
Flexural Modulus GB/T 9341 2 mm/min MPa 1715
Izod Impact Strength GB/T 1843 1/8 inch kJ/m² 7
Light Transmittance GB/T 2410 % 90.3
Haze GB/T 2410 % 2.4
Heat Deflection Temp. GB/T 1634 1.8 MPa 78
Flammability GB/T 2048 1.5 mm Class HB

Injection Molding Recommendations

  • Pre-drying Temperature: 60–80 ℃
  • Pre-drying Time: 3–4 hours
  • Melting Temperature: 210–240 ℃
  • Mold Temperature: 50–70 ℃

Disclaimer

The property data listed are typical values for reference only. They are not guaranteed specifications and should not be used as inspection criteria. Users must evaluate the material under their own processing conditions to confirm suitability for intended applications. Responsibility for end-use performance lies solely with the user.

Source: Su Master New Materials (Guangdong) Co., Ltd. — Technical Data Sheet 

Download

RECENTLY VIEWED PRODUCTS

What are you looking for?

Popular Searches: