Supercritical Foaming Material High Performance for Manufacturing Material Sample Sale

SHINCELL encourages healthy life style and provides attractive high performances products to meet high demanding and professional customer experience.

Respond® T series are innovative materials in sports and leisure fields, like premium yoga mats, shoes, sports ware and other sports equipment.

• All supercritical physical foaming, environmental protection without odor;
• No chemical residue；
• Closed cell structure,exquisite cells, nanoscale aperture diameter；
• Light weight, high strength, high elasticity, excellent mechanical properties;
• Non crosslinked, can be recyclable.
• Automotive,New energy battery,Transportation Packing,Consumer goods,Shoe material,Medical,Sports leisure 

RESPOND® TPU:

RESPOND® TPU series are innovative TPU foam sheets,adopte new supercritical (CO2/N2) foaming technology,and not using chemical foaming agent in the production process.

• Pure physical foam made from TPU and Air
• No chemicals residual
• Extreme lighter,Great Resilience
• Odorless,Skin-friendly,and Comfortable Touching
• Excellent compression set
• Non-crosslinked,100%Recycle
• Apply to insole,midsole

RESPOND® TPEE:

MTPEE is microcellular TPEE foam, produced using TPEE as the

substrate with clean supercritical carbon dioxide as blowing agent

to form a large number of microcells in the matrix.

RESPOND® PEBAX:

MPEBA is microcellular PEBA foam, produced using PEBA as the substrate with clean supercritical carbon dioxide as blowing agent to form a large number of microcells in the matrix.

• Light weight
• Clean and environmental friendly
• Good cushion performance
• Excellent low temperature resistance
• Good chemical resistance
• Reusable
• Outstanding resilience 

• PP:
• Our micro-cellular materials were produced by the foaming of polymers PP with advanced super-critical carbon dioxide technology. 

M-PVDF:

PVDF has outstanding resistance to a wide range of aggressive chemicals. It also offers excellent toughness, wide temperature tolerance (-40 to 160℃), high dielectric strength and excellent resistance to nuclear radiation, UV and ageing.

Typical Applications: The properties of SINEXTM V Series such as fire and chemical resistance, antifungal, thermal insulation, etc. make it an excellent solution in construction, aviation & aerospace, military, Li battery, semiconductor, petrochemical and pharmaceutical industries.

Specification

RESPOND® TPU series:

Property	Test Method	Unit	TPU
			T16	T20	T13	T3.6
Density	ISO 845:2006	g/cm3	0.16	0.2	0.13	0.036-0.09
Hardness	SATRA TM 205-16	Shore C	27±3	35±3	23±3	80±3
Compression Set	ASTM D395	%	46	42
Tensile Strength	ISO 1798:2008	MPa	3.7	4.5
Elongation at break	ISO 1798:2008	%	300	400
Method A Tear Trouser Test	ISO 8067:2008	Kg/cm2	2.5	3.0
Ball Resilience	ASTM D3574	%	63	60	62	20
Size		mm	1950*1250*20	1850*1200*18	2000*1300*24	2000*1300*25

 

RESPOND® PEBA Series:

Property	Test Method	Unit	PEBA
Density	ISO 845:2006	g/cm3	0.08
Hardness	SATRA TM 205-16	C	35±3
Compression Set	ASTM D395	%	33
Tensile Strength	ISO 1798:2008	MPa	1.9
Elongation at break	ISO 1798:2008	%	290
Method A Tear Trouser Test	ISO 8067:2008	Kg/cm2	1.6
Ball Resilience	ASTM D3574	%	80
Size		mm	1500*1200*30

 

RESPOND® TPEE series：

Property	Test Method	Unit	PEBA
Density	ISO 845:2006	g/cm3	0.15±0.03
Hardness	SATRA TM 205-16	C	35-43
Compression Set	ASTM D395	%	35
Tensile Strength	ISO 1798:2008	MPa	2.6
Elongation at break	ISO 1798:2008	%	290
Method A Tear Trouser Test	ISO 8067:2008	Kg/cm2	2.9
Ball Resilience	ASTM D3574	%	72
Size		mm	1300*1100*20

 

• PP:

Property	Test Method	Unit	PP
			MPP10	MPP15	MPP20	MPP25
Density	ISO 845:2006	g/cm3	90	60	45	36
Hardness	SATRA TM 205-16	C	81	75	66	55
Compression Set	ASTM D395	%	0.56	0.36	0.3	0.23
Bending Strength	GB-T 8812.2-2007	MPa	0.9	0.68	0.44	0.36
Bending modulus	GB-T 8812.2-2007	MPa	49	33	24	18
Size		mm	2200*1450*29	2400*1580*33	2600*1750*38	2900*2000*41

 

M-PVDF:

Property	Test Method	Unit	Typical Value
			V50	V70
Density	ISO 845:2006	g/cm3	0.05	0.07
Hardness	SATRA TM 205-16	Shore C	37-39	40-42
Tensile Strength	ISO 1798:2008	MPa	0.98	1.19
Elongation at break	ISO 1798:2008	%	54.56	66
Method A Tear Trouser Test	ISO 8067:2008	N/cm	0.62	0.94
Method B Tear Trouser Test	ISO 8067:2008	N/cm	38.72	43.98
Ball Resilience	ASTM D3574	%	55.5	49.5

 

Case Pictures