Exceed™ m 1018.RF mLLDPE Resin

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Exceed™ m 1018.RF mLLDPE

Exceed^TM m 1018.RF is an ethylene 1-hexene copolymer resin. Films that incorporate Exceed™ m 1018.RF mLLDPE can enable outstanding tensile, impact strength and puncture performance. These superior strength properties, along with excellent drawability, can support downgauging in film applications.

Technical Specifications of Exceed™ m 1018.RF mLLDPE

Properties	Typical value	Test method
Density	0.918g/cm³	ASTM D792
Melt index	1.0g/10min (190℃/2.16kg)	ASTM D1238
Peak melting temperature	118℃	ExxonMobil method
Tensile strength at yield MD	8.7 Mpa	ASTM D882
Tensile strength at yield TD	8.8 Mpa	ASTM D882
Tensile strength at break MD	60 Mpa	ASTM D882
Tensile strength at break TD	60 Mpa	ASTM D882
Elongation at break MD	500%	ASTM D882
Elongation at break TD	640%	ASTM D882
Secant modulus MD – 1% secant	170 Mpa	ASTM D882
Secant modulus TD – 1% secant	180 Mpa	ASTM D882
Dart drop impact	550g	ASTM D1709A
Elmendorf tear strength MD	220g	ASTM D1922
Elmendorf tear strength TD	370g	ASTM D1922
Puncture force	59N	ExxonMobil method
Puncture energy	5.5J	ExxonMobil method
Gloss (45℃)	43	ASTM D2457
Haze	16%	ASTM D1003

Main Applications of Exceed™ m 1018.RF?

Agricultural film, bag in box, barrier food packaging, blown film, blown stretch film, bread bags, food packaging.

Form fill and seal packaging, freezer film, general packaging, heavy duty bags, industrial packaging, lamination film, multilayer packaging film.

Overwrap film, packaging films, premium trash bags, stand up pouches, trash bags, trash can liners.

What are the difference between m 1018.RF and m 1018.RA?

The basic properties of the two mLLDPE resins is exactly the same. The main difference lies in their additive formulations. They both have thermal stabilizer and alternative processing aid. 1018.RF contains slip additive (450 ppm) and antiblock additive (4500 ppm), whereas m 1018.RA contains no slip or antiblock additives.

Exceed™ m 1018.RF mLLDPE