Low Viscosity Liquid Silicone Rubber Iota M4335 for Silk Screen Printingcopper Plate Transfer Printingsilicone Printingfingerprint Printing

• Raw Material: Synthetic Rubber
• Material: Silicone Rubber
• Appearance: Liquid
• Model NO.: Low viscosity liquid silicone rubber IOTA M4335
• Form: Liquid Rubber
• Hardness: DIN 53505
• Tensile Strength: DIN 53504
• Elongation at Break: DIN 53504
• Tear Strength: Astmd 624b
• Specification: Component A: 200 Kg/drum, component B: 200 Kg/drum
• Trademark: iota
• Origin: Bengbu Anhui China
• HS Code: 391000
• Production Capacity: 800t/Moth

Product Description

Low viscosity liquid silicone rubber IOTA M4335

Description
IOTA M4335A/B is a low viscosity liquid silicone rubber with good adhesion to fabrics.
 
Advantages:
Two component, 10:1 mixing ratio
Excellent liquidity
Good adhesion to fabrics
Rapid heat curing
Excellent mechanical properties
 
Application:
Silk screen printing
Copper plate transfer printing
Silicone printing
Fingerprint printing, etc
 
Curing condition
 

Temperature	Curing time, 1cm thickness
125°C	200s

 
NOTES
1. IOTA M4335 A/B is a platinum catalyzed product, which is in component A, pay strict attention when using to avoid catalyst poisoning.
2. Only same batch of components A and B could be mixed together
3. In order to ensure the best fluidity and evenly of materials, materials must be fully mixed before transferred to containers.
 
Packing and storage
Component A: 20kg/drum, component B: 2kg/drum
Store at room temperature under 23 ºC to avoid exposure to rain and sunlight.
Shelf life: 12 months, unopened condition.
 
Technical index:

Properties	Test method	Value
Uncured
Component A
Color		Translucent
Density 23ºC		1.08 g/cm^3
Viscosity 23ºC,10S	ISO3219	95000 mPa.s
Component B
Color		Transparent
Density 23ºC		0.9 g/cm^3
Viscosity 23ºC,10S^-1	ISO3219	1000 mPa.s
Technical data(A/B mixed)
Mix ratio(weight)	A:B	10:1
Viscosity 23ºC,10S^-1	ISO3219	80000 Pa.s
Curing time		See curing conditions
Technical data(cured)	125±2ºC*200 S
Color		Transparent
Density 23ºC	ISO2781	1.07 g/cm^3
Hardness	DIN 53505	35
Tensile strength	DIN 53504	5 Mpa
Elongation at break	DIN 53504	400%
Tear strength	ASTMD 624B	15 KN/m