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Minggu, 29 April 2018

PE SHRINK FILM VS POF SHRINK FILM

PE Shrink Film

Polyethylene is a type of polyolefin, meaning it is a single monomer film that is formed with the addition of ethylene during polymerization. PE is used in several forms of flexible protective packaging including shrink film and stretch film, and performs very differently for each. 
There are multiple forms that PE can take, but the three most common would be Low-Density Polyethylene (LDPE), Linear Low-Density Polyethylene (LLDPE), & High-Density Polyethylene (HDPE). Each of these are best used in different industrial applications, but for shrink packaging LDPE would be the most common form.
The benefits of using LDPE over the other forms of shrink packaging would be added strength and durability for heavier, larger items, like multipacks of beverages. These films are also printable and can have excellent graphics added while still maintaining the image and the strength required. Where POF and PVC are limited in gauge thickness to usually around 100 gauge, higher gauges of PE are possible up to 1200 gauge! These thicknesses are used in Marine industrial applications, like shrink-wrapping a boat for storage. The disadvantages of PE for shrink are that it doesn't have a high shrink rate, usually around 20%, and it has significantly lower clarity than the other films.

POF Shrink Film

  • Premium quality shrink film, AKA high-clarity, decorative shrink wrap. 
  • Made of 100% recyclable materials
  • Excellent clarity and glossy shelf appearance; great for consumer products where appearance is critical (toys, games, candies, books, foods, most retail items)
  • Ability to shrink quickly and completely (shrinks when heated resulting in a finished good as soon as it comes out of the shrink tunnel)
  • Durable, versatile, low cost
  • Excellent for bundling multiple items together, like tissue boxes for example.
  • Cross-linked POF is great for high-speed applications, providing added strength without compromising clarity and prevents build-up on sealing components
  • Polyolefin is more expensive, but more durable- not as effected by temperature changes
  • FDA approved for food contact
  • Excellent tensile-strength and propagation-to-tear
  • Pre-perforated POF  is available and allows for even shrink surface, no air pocket
More info about PE Shrink FIlm please call us.




Senin, 16 April 2018

PE SHEET

PLASTIC SHEETING:  GENERAL TERMINOLOGY

Gloss : 
The films surface reflection of light. The degree of sheen of the surface.
Haze : 
The degree of cloudiness of the film. Indicates how clearly an object can be seen through the film.
Opaque : 
Film that inhibits light transmission. The opposite of transparent.

Tint : 
Tiny voids in the film, enabling water, air, etc. to pass through the film.

Translucent :
 A film that permits the transmission of light. Clear, transparent.

PLASTIC SHEETING FILM PROPERTIES

Orientation : 
Alignment of the crystalline structure in film in both the machine and transverse directions.

Shrink : 
The ability of film to conform to an object when reheated. A result of controlled orientation.

Impact Strength : 
The ability of a film to withstand shock loading, blunt puncturing, etc.

Tensile Yield : 
The pulling stress required to deform a given film specimen.

Tensile Break : 
The pulling stress required to break a given film specimen.

Elongation : 
A measure of how much a film can stretch over a given load profile.

Coefficient of Friction : 
The ratio of a frictional gravitational force to the perpendicular force of the two surfaces in contact.

Treat: A method of altering a polyolefin surface to render it receptive to inks, adhesives, etc.

Water Vapor Transmission Rate : 
Rate at which water vapor permeates a plastic film at a specified temperature and relative humidity.

Oxygen Transmission Rate 
Rate at which oxygen permeates a plastic film at a specified temperature and relative humidity

Surface Resistivity : 
Measures the electrical resistance of the surface of the plastic.

ADDITIVES

Antiblock : 
A silica or DE compound added to film that roughens the surface to prevent blocking.

Antistat: A compound added to film that dissipates the accumulation of static electricity.

Slip: A fatty acid amide added to film to reduce surface friction.

UltravioletAbsorber : 
A compound designed to selectively absorb pass through UV rays.

UltraVioletInhibitor : 
A compound designed to selectively scavenge destructive free radicals set free by UV rays

UltravioletBlocker : 
A compound designed to selectively block pass through UV rays.

Vapor Corrosion Inhibitor : 
A compound added to film for the prevention of oxidation or corrosion of packaged parts.

RESIN TYPES & TERMS

Low Density Polyethylene : 
An ethylene based thermoplastic polymer with a nominal density of .910-.925.

Medium Density Polyethylene : 
An ethylene based thermoplastic polymer with a nominal density of .926-.939.

High Density Polyethylene : 
An ethylene based thermoplastic polymer with a nominal density of .940-.965.

Linear Low Density Polyethylene : 
A low density, low pressure polymer resulting from the introduction of comonomers to control density.

Butene LLDPE : 
Lowest grade of LLDPE, this polymer still outperforms LDPE in strength and sealabilty.

Hexene LLDPE : 
Next level of LLDPE, this polymer has improved tear and impact over butene.

Super Hexene LLDPE : 
Highest level of LLDPE, has excellent tear strength and dart impact, with optics improving.

Octene LLDPE : 
Highest level of LLDPE, has excellent tear strength, very good dart impact and better optics.

Metallocene LLDPE : 
LLDPE with unsurpassed dart impact, very high clarity, good tear strength and very good hot tack.

Very Low Density Polyethylene : 
A low pressure copolymer with outstanding impact strength, stretch and low temperature sealabilty.

Ethylene Vinyl Acetate : 
LDPE that has been copolymerized with ethylene vinyl acetate to enhance strength and sealability.

Thermoplastic : 
Polymeric material capable of being repeatedly softened by heat and hardened by cooling.

APPLICATIONS :
  • Ponds/ Reservoirs
          Polyethylene Geo membranes are extensively used for prevention of liquid contamination. They act             as perfect liners to prevent contaminations from entering groundwater sources, as well as prevent             seepage loss, and hence, help in potable water conservation. 
  • Canal Lining
          The conveyance of irrigation water in canal system often give way to water seepage and ultimately            leads to loss of irrigation water. 70% of irrigation water is lost in a completely unlined canal.
  • Rods
          The life span of roads depends on various factors like the soil being prevented from sub-grade                    movement. This is achieved by using LDPE sheet and LDPE plastic sheet placed in such a way that              the aggregate is permanently separated from finer soils below. This prevents the sub-grade to                    enter  into the aggregate and at the same time, improves the underground drainage of roadways.

Other Applications:

  • Agricultural purposes
  • Lining of canals, distributaries, reservoirs, ponds
  • Lining of Industrial effluent plants, dunnage
  • Tunnels, trenches
  • Packaging
  • Water-proofing for terrace gardens
  • Emergency shelter houses during natural calamities
  • Fumigation covers, cover Tops, tarpaulins, cap covers
  • Aprons & runways at airport
  • For covering of food grains, fertilizers, cotton, chemicals, cement & constructions
  • Concrete roads and bridges and other such uses
  • Sports stadiums
  • Salt pans












PE BAG vs PE BAG GUSSET vs PE TUBE



Product Details:


Minimum Order Quantity
1000 Kilogram
Brand
Triwarp
Capacity
2 Kg to 250 Kg.
Closure Type
Open
Color
Transparent & Colored
Design Type
Customized
Material
LDPE
Pattern
Plain
Property
Transparent
Size
Customized.
Thickness
50 micron - 200 micron.
Usage
Packaging
Virgin Quality
100% Virgin













We are one the well-known manufacturers and suppliers of LDPE Bags. The offered low density poly ethylene bags are specially designed for preventing the packaged products from water, dust and transit damages. Our supplied low density poly ethylene bags are widely acclaimed by the clients, owing to the usefulness for emergency shelter homes. 

Features:
  • Water proof design
  • Longer service life


Senin, 09 April 2018

BLOWN FILM : PE BAG VS PE GUSSET, PE TUBE

1. PE BAG
 
    Die Diameter 300mm dan 350mm
    Lay Flat width (WIDTH) 1750mm
    Thickness: 12 – 120um



2. PE GUSSET
    
    

Ukuran max:
Width + 2x gusset = 1750 mm

Contoh :
A.
Width = 880mm
Gusset = 430mm

880mm + (2x430mm) = 1740 mm

B.
Width = 1000mm
Gusset = 350mm


1000mm + (2x350mm) = 1700 mm


3. PE TUBE : Ukuran Max Width 1750 mm

 

 
4. PE SHEET : Ukuran Max Width 1750mm
 
 



5. PE SHRINK
 
 
PE SHRINK TMC 3

PE SHRINK TMC 3

PE SHRINK TMC 2

PE SHRINK TMC






Plastic Wrapping Slide Presentation

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NEWS UPDATE

> DIFFERENT TYPES OF PLASTICS AND THEIR CLASSIFICATION
> PLASTIC WRAPPING SLIDE PRESENTATION 

DIFFERENT TYPES OF PLASTICS AND THEIR CLASSIFICATION

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