Providing the "Foundation" for the Future

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Interlocking Pavers
News/Specials
Redy-Mixt Konkrete
Retaining Walls
Stone Veneer
Tool Store
WCP & The U.S. Civil War
630 s evergeen ave, woodbury, nj  800.325.7383                                                      

for a larger view, click on any picture
 

Credit Application        Project Information

Concrete, produced at a rate of five billion cubic yards per year, is the second most widely consumed substance on Earth, after water. It is ubiquitous, and easily taken for granted as the stuff of sidewalks, roads and utilitarian structures such as power plants and parking garages.

Concrete is however, a favored material of many talented architects and engineers who value its versatility, its strength, and its almost unlimited potential as a medium for imaginative forms and surfaces. Without concrete, some of the world's most beautiful and innovative works of contemporary architecture would be inconceivable.

Concrete is produced locally from abundant natural resources. Concrete can be made with reclaimed industrial materials that would otherwise burden landfills. Recycled materials in concrete reduce CO2 emissions. At the end of a concrete building or pavement’s usable life, concrete can be recycled. Pervious concrete percolates storm water into soil, recharging aquifers and preventing polluted runoff from overwhelming streams and lakes. Concrete’s thermal mass reduces temperature swings in buildings and conserves energy. Use of Insulating Concrete Form for above-grade wall systems provides for increased R values, reducing heating, cooling and infrastructure costs. Concrete’s light color reduces the heat island effect, lowering urban energy use. Concrete’s light color reflects more light at night, reducing lighting infrastructure and energy costs. Impervious concrete roofs support green landscaping, reducing water runoff and reducing heat island effect. Concrete structures are durable. Concrete helps achieve Leadership in Energy and Environmental Design (LEED) certification.

Since 1959, Redy-Mixt Konkrete, Inc. has been delivering concrete to Southern New Jersey and the surrounding areas. From our simple beginnings with one truck and a manual loading system to a current fleet of 23 mixers, which includes seven (7) front discharge mixers (all equipped with Fleetmatics GPS tracking so we can better inform our customers as to the exact location of their load), automated batch plant, in-house quality control lab and two locations (Woodbury and Clayton), Redy-Mixt Konkrete continues to be a leader in the concrete industry.

Redy-Mixt Konkrete is proud to partner with Resource Management Associates (RMA)
for environmental services at our facilities. RMA provides a full range of environmental
and operational consulting services specifically for the concrete, recycling and construction
materials industries throughout New Jersey and elsewhere in the United States.
Contact RMA today to see how they can help you! Click on our logo or call 800.964.3250

Superior quality and performance, along with our professional staff of drivers, makes Redy-Mixt Konkrete "the choice" for concrete among discriminating home developers, large commercial builders, even weekend warriors. From one cubic yard to one hundred. From footings to walls. From sidewalks to driveways. From patios to steps. From residential to commercial. Redy-Mixt Konkrete has the experience and know-how to get the job done. And that is what it is all about. For more information and/or scheduling, contact us at 800.325.7383.

Professional contractors interested in establishing a commercial credit account, please click the
on-line credit application above.

Along with delivering concrete, we are also a Class B concrete recycling facility, accepting broken concrete, block and brick for crushing purposes. As processing costs continue to escalate we are forced to charge a nominal fee for dumping material. It will be as follows: standard pick-up truck load - $5.00, small dump truck (F350 or equal) - $10.00, larger single axle dump (F850 or equal) - $15.00, tri-axle dump, dump trailer or container - $20.00. All material brought in must be clean, no dirt or organic debris, no reinforcing wire or steel, and no pieces larger then 24" x 24". An approval form must be filled out and signed along with having the load inspected for contaminants before any material can be dumped. There is no dumping allowed outside normal business hours.


click here for a view of the crusher

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CONCRETE BASICS

Want to know how much concrete you need?
Check out our On-Line Concrete Calculators

ONE CUBIC YARD OF CONCRETE COVERS

FLAT WORK FOOTINGS FOOTINGS (cont) TUBE   FORMS
Inches Thick   Square Feet   Dimension in Inches   Running Feet  Sonotube
(diameter)
Concrete
(cu.yds.)
Concrete
(bags)
1 324 6" x 12" 54 6" x 12' .087 4.72
2 162 6" x 16" 41.5 8" x 12' .155 8.39
3 108 6" x 18" 36 10" x 12' .243 13.11
4 81 6" x 20" 32.5 12" x 12' .35 18.88
5 64.75 8" x 12" 41 14" x 12' .476 25.7
6 54 8" x 16" 31.5 16" x 12' .622 33.57
7 46 8" x 18" 27 18" x 12' .787 42.48
8 40.5 8" x 20" 24.75 20" x 12' .971 52.45
9 36 12" x 12" 27 24" x 12' 1.39 75.35
10 32.5 12" x 16" 20.5 30" x 12' 2.185 118.01
11 29.5 12" x 18" 18 36" x 12' 3.147 169.94
12 27 12" x 20: 16.05 48" x 12' 5.594 302.11
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Concrete Setting / Stiffening

The chemical process by which concrete hardens and gains strength is called hydration. Hydration time can be altered by as much as 30% for each 10°F change in ambient temperature.

Typical concrete placement at 70° (concrete temperature and ambient temperature) achieves final set in about 6 hours. Concrete and ambient temperatures will affect the setting of the concrete as shown below:

Temperature
(°F)

Approximate
Final Set (hours)

30 19+
40 14:40
50 10.20
60 8
70 6
80 4
90 2:40
100 1:40
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SPECIALTY CONCRETE

 
   

Stamped concrete, exposed aggregate concrete, concrete combined with hardscaping These designs are all part of the endless possibilities concrete and concrete products offer. Click here and check out this ever increasingly popular segment of the world of concrete

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UNIQUE JOBS CALL FOR A UNIQUE SUPPLIER

 

2/22/06 - Never one to shy away from a challenge, we were involved in supplying Sika's Sikacrete 211 to Masonry Preservation Group for the City of Philadelphia, Philadelphia Bus Garage, 15th & Lehigh Sts, Philadelphia, PA.

Due to jobsite space restrictions, the challenge came in the fact that the Sikacrete 211, a specialty repair material, was packaged in 2000 lb "supersacks" (400 total) which still needed to be loaded into our mixers. Well, the pictures above demonstrates how we met this challenge. A little ingenuity, scaffolding and a large 4 wheel drive forklift were all part of the solution. We are not afraid to tackle the tough jobs.
 

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FLOWABLE FILL
THE NEW WAVE IN RESIDENTIAL PAVER & RETAINING WALL SUB-BASE?

Many of you visiting this site may have taken a moment to visit the Camp Stockton section, the Civil War training camp located on our property which in 2005 we erected and dedicated a monument to. During the construction phase, we experimented with flowable fill (Controlled Low Strength Material) as our sub-base for both the retaining wall and the pavers.

In a normal paver/wall installation, "x" amount of modified stone or quarry blend is used as the base. This requires multiple tamping with a plate compactor and multiple measuring to insure proper depth and pitch. As the name implies, flowable fill is just that, flowable and as the photos below attest, can be poured to the right depth and pitch in one shot. On top of that, the way the product is designed, it can be "shaved down" using a shovel or concrete kumalong if the height or pitch is off at all. What this means is a very even surface to begin laying the pavers or placing the retaining wall. Something difficult to achieve with stone.

Of course with the good inevitably comes the bad. There are however two potential downsides to this product. One - it is supplied by a ready mixed concrete producer (preferably us). At this point it is not something that can be jobsite mixed. So you may find yourself at the mercy of the concrete company's delivery schedule. Two, unlike stone, the material must dry, which means the laying of the pavers or wall must occur the next day. This means that proper planning is a must. However, given the "user friendliness" of this product, we believe the upside is worth it.

Check out the photos below to get an idea just how easy this product is to work with. For more technical information contact our office at 800.325.7383 or our concrete sales rep, Stan Huston on his cell phone at 856.816.6984.

 

 

On June 21, 2006, Bulldog Landscaping used flowable on a raised patio at the NBC-10 building on City Line & Monuments Aves, Philadelphia, PA. The area was approximately 800 sq.ft. and approx. 30" deep. Below are some of the photos taken by John Kukral of EP Henry. The entire backfill process took only a few hours and DID NOT required mechanical tamping, quite a labor savings.

   

We've also included a brief video of the project to provide potential users with an idea of just how easy this product is to work with. Please excuse the overall quality as it was taken with a digital camera, but I believe you'll be able to get the idea. Click here to watch it.

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A Sherpa is a guide who can take you to the top of the mountain, and ours is free for all concrete contractors to use and benefit from. We launched with 23 free reports on how contractors can improve in the areas of job management, estimating, handling growth, and marketing.

We have plans for over 100 reports on topics as diverse as succession planning, banking, and running a family business, and we’ll be working with experts in each of those categories in order to provide accurate information. Click on the logo to go directly to the website. Pretty neat stuff.

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A LITTLE TRIVIA - DO YOU REALLY KNOW WHAT CONCRETE IS?

According to the American Concrete Association's, Pavement Progress report, Concrete is a heterogeneous system of solid, discrete, gradiently inorganic mineral aggregates, usually plutonic or sedimentary-calcareous in origin, embedded in a matrix compound of synthesized polybasic alkaline and alkaloidal silicates held in an aqueous solution and coprecipitate dispersion with other amphoteric oxides. This matrix being originally capable of progressive dissolution, hydration, repercipitation, gelatin and solidification through a continuous and coexistent series of crystalline amorphous, colloidal, and crypto-crystalline states and ultimately subject to thermoallotriomorphic alteration. The system when first conjoined being transiently plastic during which state it is impressed to a predetermined form into which it finally consolidates, thus providing a structure relatively impermeable and with useful capacity to transmit tensile, compressive and shear stress.

In other words, it gets hard and stays hard!

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A SHIP MADE OUT OF CONCRETE?

As impossible as it seems, the ocean once carried a fleet of ships built mostly of concrete. But, as you might expect, the fleet didn’t float for long. For over 50 years, just off Sunset Beach, in Historic Cape May Point, New Jersey, lays the concrete ship Atlantus. 

Concrete, a mixture of sand and gravel bonded together with a cement to form a solid, heavy mass similar to stone, seems an unlikely substance to be used in ship construction. Wood, which floats, seems a better medium for building vessels and indeed was the preferred material for shipbuilding for thousands of years. Due to a critical shortage of steel during World War I, the federal government turned to an experimental design--concrete ships. An emergency fleet of 38 concrete ships was planned by the United States Shipping Board. Only 12 concrete ships were ever put into service. Construction was begun on two others, but was never completed. The Atlantus was the second prototype, a 3,000-ton, 250-foot long freighter, built with a 5-inch thick hull of special concrete aggregate to correct shattering and brittleness problems found in the first concrete ship. 

The Atlantus was built by the Liberty Shipbuilding Corporation, of
Brunswick, Georgia, and was launched on November 21st, 1918, at Wilmington, North Carolina. Finally commissioned on June 1st, 1919, the Atlantus served for a year as a government-owned, privately-operated commercial coal steamer in New England. It also was used to transport American troops back home from Europe

When the war ended, the more efficient steel ships were available again. The Concrete Fleet was de-commissioned, and the Atlantus was sent to the Bone Yard at Pigs Point, in
Norfolk, Virginia in September of 1920. A year later, the Atlantus was purchased by a salvage company and was stripped. 

In 1926, the Atlantus was purchased by Colonel Jesse Rosenfeld to be used as ferry dock in Cape May,
New Jersey
for a proposed ferry between Cape May and Cape Henlopen
, DE. The plan was to dig a channel into to the shore where the Atlantus would be placed. Two other concrete ships would be purchased to form a Y-shape where the ferry would dock. 

In March 1926, the groundbreaking ceremonies were held for the construction of the ferry dock. The Atlantus was repaired and towed to Cape May. On June 8th, a storm hit and the ship broke free of her moorings and ran aground 150 feet off the coast of
Sunset Beach. Several attempts were made to free the ship, but none were successful. 

Since then the Atlantus has become a tourist attraction seen by millions. People used to swim out to the ship and dive off, until one young man drowned. At one time, a billboard was also placed on the ship. Starting in the late 50s, the ship began to split apart in the midsection. 

The Atlantus can now be seen at Sunset
Beach in Cape May, NJ. Unfortunately the ocean has taken its toll on the ship and she has broken apart. It's only a matter of time before the last of her remains crumble beneath the waves. Additional information about the Atlantus and other concrete ships can be found at www.concreteships.org.

Article provided by www.southjersey.com

 

 
  

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