Marun-X30S
Marun-X30S
1 product description
X 30 Sis a homopolymer particularly suited for the extrusion
of cast and water quenched blown film. X 30 S is formulated
with a general purpose stabilisation package and does not
contain any slip or antiblocking agents.
X 30 S exhibits excellent pcocessability and outstanding
optical properties. This makes X 30 S particularly suitable
for film for packaging food-stuffs such as pasta, snacks,
biscuits, bakery products and confectionery.
Other applications include film for packaging for flowers,
books, stationery, blankets, shirts, knitwear and hosiery.
X 30 S is also very appropriate for the extrusion of small
pipes and drinking straws.
X 30 Scan be used for lamination with polyester, polyamide
and aluminium for packaging of snacks, crisps, sweets, coffee,
meat products and pre-cooked foods.
In these applications, X 30 S gives an excellent high gloss
finish in laminates and exhibits good printability after Corona
treatment.
X 30 S can also be coextruded with and VAL TEC
heterophasic copolymer grades to produce high
gloss finishes on blow moulded pigmented bottles
and coextruded sheet
2 applications
- Values shown are averages and are not to be considered as p roduct specification These values may shift slightly as additional data are accumlsted.
- ISO test methods are the lates under the societys current procedures. All specimens are prepared by injection moulding .
| PROPERTIES | method | unit | TYPICAL VALUE (a) |
| Physical properties Melt flow rate (230'C, 2.16 kg) Density |
IS01133 ISO 1183 |
Dg/min g/cm3 |
9 0.9 |
| Mechanical properties Flexural modulus Tensile strength yield Elongation at yield IZOD impact strenghh (notched) at 23°G Hardness Shore D |
ISO 178 ISO R527 ISO R 527 ISO 180 ISO 868 |
N/mm2 N/mm2 % kJ/m2 Points |
1500 34 13 4 71 |
| Thermal properties Vicat softening point (9.8 N) H.D.T. (0.46 Mpa) Accelerated oven ageing in air (forced circulation) at 150 °C |
ISO 306/A ISO 75/B ISO 4577 |
°C °C hours |
155 115 360 |
| Optical Properties Haze Gloss (45 °G) |
MTM 1703 1 MTM 17021 |
% % |
1 85 |
