Excellent PP Resin PP Homo Raffia Hc205TF

• Feature: Polymer
• CAS No.: 9003-07-0
• Formula: (C3h6)N
• Model NO.: HC205TF
• EINECS: 202-316-6
• Plastic Forming Method: PP Raffia
• Transport Package: Heavy-Duty Packaging Film Bag
• Specification: 25kg bag
• Trademark: Borouge
• Origin: UAE
• HS Code: 3902100090
• Production Capacity: 1 Million Tons/Year

Product Description

Description:
 HC205TF is a low melt fowrate polypropylene homopdlymer intended for thermoformed packagingapplications. This homopolymer is produced using the Borealis Controlled Crystalinity Polypropyene(CCPP) technology. This provides a polypropylene with excelent processing consistency and its highcrystalisation temperature allows for reduced cycle time and increased output. Hc205TF is suitable forboth in-ine and of-ine themofoming where it shows a wide procesing window and gives vey consistent shinkage behaviour afer foming.

Produds made from Hc205TF are characteised by excellent clarily, good stiffness and better impactproperfes than corventfonally nucleated homopolymers. HC205TF has excelent organdlepic propertiesmaking it suitable for the most sensiive packaging applications.

Application:
HC205TF is recommended for the folowing applications:

- Highly transparent and glossy trays, oups and containers.
- Houseware and thin wallpackaging requing good anfistatic properies.
- Margarine tubs and dairy containers.
- Blending with copolymers for lids.

Packaging:
Heavy-duty packaging film bags, net weight 25kg per bag.

Physical Properties: 

No.	Property	Typical Value	UNIT	TEST METHOD
01	Density	905	kg/m^3	ISO 1183
02	Melt Flow Rate(230°C/2.16 kg)	4	g/10min	ISO 1133
03	Melting Temperature(DSC)	164-168	°C	ISO 3146
04	Flexural Modulus(5 mm/min)	1700	Mpa	ISO 178
05	Tensile Stress at Yield(50 mm/min)	35.5	Mpa	GB/T 9345. 1-2008
06	Tensile Strain at Yield(50 mm/min)	8	%	GB/T 1040.2-2006
07	Tensile Modulus(1mm/min)	1750	Mpa	GB/T 1040.2-2006
08	Charpy Impact Strength, notched  (+23°C)	5	KJ/m^2	GB/T 1040.2-2006
09	Heat Defleclion Temperalure(0.45 MPa)	106	°C	HG/T 3862-2006