• High Pressure Solar Energy Polyurethane Blend Polyols System 1
High Pressure Solar Energy Polyurethane Blend Polyols

High Pressure Solar Energy Polyurethane Blend Polyols

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China Main Port
Payment Terms:
TT OR LC
Min Order Qty:
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Quick Details

  • Place of Origin: China (Mainland)

  • Model Number:DJD-103

Packaging & Delivery

Packaging Details:220kg/drum
Delivery Detail:within seven days after receipt of the payment

Specifications

High Pressure Solar Energy Polyurethane Blend Polyols

·                                      DTY-202HP

Product Introduction

This product uses special polyol as main raw material, with special additives to make up of blend polyols, which characteristics are as follows,

1,Low smell and environmental protection, use high activity polyol and odorless catalyst, which can reduce stimulation to respiratory tract of body, protect our healthy effectively.

2, Good flowability during the reactivity process of blend polyols and isocyanate, the density of the forming foam distributes uniformity.

3,Excellent dimensional stability, cohesiveness and nozzle smoothness.

4,Applies to process requirements of high pressure solar energy.

Physical Property

Appearance

Hydroxyl value                    mgKOH/g

Dynamic viscosity                  mPa.s

Specific gravity                     20 °C

Storage temperature                 °C

Storage stability                     month

Light yellow to brown yellow transparent liquid

300-400

300-450

1.10-1.15

10-25

6

Recommended ratio

pbw

DTY-202HP blend polyols

Isocyanate

100

100-105

Process and reactive characteristics( actual value varied depends on the processing conditions)

Manual mixing

High pressure

Material temperature      °C

Mold temperature        °C

Cream time              s

Gel time                 s

Tack free time            s

Free density           kg/m3

20-25

35-45

12-16

75-85

100-120

27-29

20-25

35-45

6-10

40-60

90-110

27-28

Foam characteristics

Moulding temperature

Closed-cell rate

Thermal conductivity(15°C)

Compressive strength(perpendicular to the uprising direction)

Dimensional stability

24h  -20°C

            24h  100°C

GB/T6343

GB/T10799

GB/T3399

GB/T8813

GB/T8811

≥38kg/m3

≥90%

≤19mW/(m.K)

≥140kPa

≤0.5%

≤1.0%

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