DS-199

DS-Tianhe Resin Series

Tianhe Dianshi brand DS-199 is an unsaturated polyester resin made from phthalic anhydride and standard diols, featuring medium viscosity and high reactivity. After curing, it has a high heat distortion temperature, good rigidity of the products, and is particularly suitable for making fiberglass molds.

Liquid Resin Technical Specifications
Item Unit Specification Testing Standard
Appearance   Transparent viscous liquid Visual
Transparent viscous liquid   30-40 GB7193
Acid Value mgKOH/g 19-25 GB2895
Viscosity (25℃) mPa.S 420-700 GB7193
Gel Time min 6-10 GB7193
Solid Content % 61-67 GB7193
80℃ Stability h ≥24 GB7193
Note: Gel time is measured at a temperature of 25℃ in an air bath with 50g of resin mixed with 0.5ml of cobalt octoate solution and 0.5ml of MEKP solution.

 

Resin Casting Performance Indicators (for reference only)
Item Unit Specification Testing Standard
Barcol Hardness Barcol 40 GB3854
Tensile Strength MPa 60 GB2567
Tensile Elastic Modulus MPa 3000 GB2567
Break Elongation Rate % 2.0 GB2567
Bending Strength MPa 90 GB2567
Bending Elastic Modulus MPa 3300 GB2567
Impact Toughness KJ/m² 8.5 GB2567
Heat Distortion Temperature (℃) 90 GB1634.2
*Note: Experimental environment temperature is maintained at 23±2℃, relative humidity at 50±5%.

 

*Packaging and Storage*

*The packaging for Tianhe Dianshi brand DS-199 is a net weight of 220KG metal drum, with a storage period of six months at a temperature of 20℃. Higher temperatures will shorten the storage period accordingly. It should be stored in a cool, ventilated place, avoiding direct sunlight and heat sources. This product is flammable and should be kept away from open flames.*

*Note: This data is determined according to national standards (GB). Due to various factors affecting the processing process, it does not exclude the necessity for users to conduct their own experimental research. Legally, it does not guarantee that certain product performances are fully applicable to any specific use and reserves the right to modify the information.*

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