Plastic Sheeting Blog. Click on Home for all our product categories...

Synthetic Turf Fields Drainage Systems

Posted by The Plastic Sheeting Gurus! on Wed, Sep 07, 2016 @ 04:40

Synthetic tur drainage becomes a big deal with rain hits the field. The volume of rainfall plays a factor in how much water must be removed. How well and quickly the water drains from the turf will determine how quickly the game can go on.  When it comes to subsurface synthetic turf drainage there are 3 products that significantly stand out. Below is a brief description of each product with links to the full specification pages.

  • Enkaturf Drain 9320
  • Enkamat Plus 7420
  • Enkadrain Shockpad

Synthetic_Turf__Fields_Drainage_Systems.png

Enkaturf Drain 9320

Enkaturf Drain 9320 is a subsurface drainage system that is used beneath natural and synthetic turf fields. It  is a 6 inch wide strip drain product consisting of a 1 inch thick nylon core of fused, entangled filaments completely encased in a nonwoven heat-bonded geotextile fabric.

What Sets Enkaturf Drain 9320 Apart?

Enkaturf Drain strips eliminate the need for perforated drainage pipe and the associated ordeal of installing a larger diameter drain with surrounding aggregate.

The flexible, lightweight characteristics of Enkaturf Drain make it much easier to install than hard, plastic drainage pipes.

  • Multiple contact points between core and fabric eliminate fabric stretching into the core
  • Core is resilient and will not crack – even under construction vehicles
  • Crushed stone can be placed directly on top
  • No special couplings or fittings needed at junctions
  • Can be installed vertically or horizontally for complete design flexibility

Why Use This Synthetic Turf Drainage Product?

  •  Excellent durability
  • Thin profile significantly reduces turf trauma during installation
  • Conforms to irregular surfaces and corners with complete and effective coverage
  • Geometric structure creates safe flow path even during backfill
  • Continuous flow even under high loads
  • Long rolls reduce installation costs by eliminating interlocking and excessive seams

Enkamat Plus 7420

EnkamatPlus 7420 is a 3-dimensional heavy duty Enkamat core heatbonded to an eight ounce polyester geotextile fabric. The Enkamat core is produced from nylon monofilaments fused together at their intersections.

What Sets Enkamat Plus 7420 Apart?

The 95% open structure of the nylon core allows water and other liquids to drain through to the turf below while providing a tough, walkable surface for players and coaches. Enkamat Plus has a Class A Flame Spread rating per ASTM E84.

Why Select This Synthetic Turf Drainage Product?

  •  Rolls out and rolls up in no time flat
  • Reusable time and again
  • Protects natural turf from being destroyed during games
  • Water flows through and does not build up on the surface
  • Provides air space between the turf and foot traffic
  • Easy to store

Enkadrain ShockPad

Just like the name describes, Enkadrain ShockPad is a full-field drain designed for synthetic turf playing fields and playgrounds that also offers a shockpad layer for player safety. Player safety guidelines for shock absorption has increased over the years. Enkadrain ShockPad comes in full-length rolls for easy installation and quick coverage of the entire field. Other subsurface drain materials, such as aggregate, are reduced because of Enkadrain's characteristic open, entangled filament design and flow rate.

Enkadrain® ShockPad is made of a proprietary polypropylene blend that gives the product exceptional resiliency properties. This drainage composite consists of a polypropylene drainage core of fused, entangled filaments and a geocomposite fabric bonded to each side. The entangled filaments are molded into a pyramid pattern that maintains the flexible design of other Enkadrain products. The second fabric eliminates the need for a filter fabric and stops penetration and migration of soil fines.

Why Select Enkadrain ShockPad?

  • It double as the drainage layer and shock absorbing layerProprietary polymer formulation significantly improves energy restitution and shock absorption (Gmax) 
  • Reduces infill amounts
  • Excellent durability
  • Second fabric eliminates need for filter fabric
  • Continuous flow even under high loads
  • Increased flow rates over same thickness nylon and HDPE drains
  • 3” fabric overlap flap on both sides

When synthetic turf drainage is your priority, please consider looking into these established products.

 

Tags: polypropylene

Polypropylene- Is it different from Polyethylene?

Posted by Nana Hinsley on Sun, May 01, 2016 @ 01:01

How is Polypropylene different from Polyethylene? Well.....

polyprop structure resized 600Poluethylene structure resized 600

Polypropylene, also know as polypropene is a form of plastic just as polyethylene is. What separates polypropylene from polyethylene for starters is the fact that polypropylene can be molded in essence becoming pliable above a certain temperature. When it cools it will return to its solid state. Polypropylene can be used not only as a structural plastic, but it can be used as a fiber. It also has a high melting point, which differentiates it from polyethylene. One area where polyethylene has over polypropylene is that polyethylene is more stable. Polypropylene has the advantage that it can take repeated motions such as being a hinge.  A hinge made out of polypropylene can be opened and closed many many times, and hold up just fine. This is known as having "good resistance to fatigue". MORE

Polypropylene can be combined with other materials, as can polyethylene. Rubber for example can be added, to make it more pliable.  One of the exciting additives that is added to polypropylene are minerals. These minerals allow a polypropylene sheet to become a synthetic paper.  synthetic paper is essentially plastic paper.  It can be easily printed on. It can be folded, hot stamped, die cut, sewn and more.  Best of all it is environmentally friendly! All of a sudden polypropylene is transformed into a slew of products. Synthetic paper made from polypropylene is used to make banners, membership cards, maps, menus, phone cards, signs, tags, floor graphics, counter mats, and booklets. The list goes on from here!  What is outstanding about synthetic paper is that is is durable, tear and water resistant!(Products made from polypropylene)

Polyethylene has more demand however than polypropylene. Polypropylene is used extensively in the automotive industry as well as the packaging industry. 70% of the polypropylene  uses is for packaging needs for the food industry. It can be made into bottles, food containers, food crates and pallets.

Polypropylene is used to make house wears, appliances and toys. It is also used to make make carpeting and upholstery. The polypropylene is heated and made into fibers. There are so many uses for both polypropylene and polyethylene.

Polyethylene is inert, translucent and creates a lower static charge than polypropylene. That makes polyethylene a candidate to be a sleeve to house collectible documents.  It is "inert" and cannot product mold or mildew.  It is also translucent in nature so it allows less light through it than polypropylene.  It has a lower static charge than polypropylene so it attracts less dust and dirt.  Polyethylene costs more than polpropylene because it has a higher purity (100% virgin).

Here is a list of some of the differences between polyethylene and polypropylene: 

  • Polyethylene and Polypropylene are very similar as far as physical properties.
  • However, Polyethylene can be produced optically clear where polypropylene can only be made translucent like a milk jug.
  • Polyethylene does have physical properties that allow it to stand up better in cold temperatures, particularly when using it as signs.
  • Polyethylene is a good electrical insulator. It offers good tracking resistance, however, it becomes easily electrostatically charged (which can be reduced by additions of graphite, carbon black or antistatic agents).
  • Polypropylenes are light in weight. They have a high resistance to cracking, acids, organic solvents and electrolytes. They also have high melting point and good dielectric properties and are non-toxic.
  •  Monomer of polyethylene is ethylene and monomer of polypropylene is propylene.
  • Polyethylene has a lower melting point compared to the higher melting point of polypropylene. (this may be a good test for you)
  • Polypropylene is not as sturdy as polyethylene.
  • Polypropylene is stiffer and resistant to chemicals and organic solvents compared to polyethylene.
  • Polypropylene is pure, non-stretching and generally more rigid than polyethylene.

Tags: polyethylene, polypropylene