flexible foam polyether polyol

1)Used for great seating combination material 2)Long sevice life 3)Good resistance to impact

 

1.1 Commodity Systems: High resilience polyurethane foam composite raw material 

1.2 Model: SH-8004

 

1.3 Application:

SH-8004 polyurethane foam composite raw material is principally used for manufacture automotive seats, motorcycle seats, cushions, pad and etc.

 

1.4 Introduction:

High resilience polyurethane system is considered to be an advanced technology type of foam plastics, produced by cold cure method extensively applied in automotive manufacturer plants and furniture factory.

2.1 FigureComponent A: in the room temperature is a white liquidComponent B: in the room temperature is a dark liquid.

After the merger it will be transparent, slightly opalescent liquid.

 

2.2 Physical-chemical properties

Component A		Component B
Parameter	Value	Parameter	Value
Hydroxyl Value(Mg • HOK/g)	42± 3	Content of NCO groups (%)	38 - 42
Viscosity at 25 ° C (mPa • s)	800 ± 200	Viscosity at 25 ° C (mPa • s)	6 - 30
Specific Gravity at 25° C (g/cm3)	1.09 ± 0.05	Specific Gravity at 25° C (g/cm3)	1.22 - 1.24

 

2.3 Technological features of the systems

	Unit	Value
Processing temperature:Component AComponent B	°C°C	2525
Mix ratio A / B		100/35
Creaming time	sec	9 – 12
Gel time	sec	55 – 65
Rise time	sec	480

 

2.4 Foaming properties

Parameter	ME	Value	Testing method
Apparent density	kg/m3	40 - 70	TB/T2402 - 93
Elongation at break	%	≥70	TB/T2402 - 93
Tensile Strength	%	≥70	TB/T2402 - 93
Compressive load 50%	%	≥3.5	TB/T2402 - 93
Compression set 50%	%	≤8.0	TB/T2402 - 93
Resilient rate	%	≥50	TB/T2402 - 93
Oxygen index	%	≥25	TB/T2402 - 93
Burning at 45 degree corner

flexible foam polyether polyol