Since 1986, Superior
Concrete Products, Inc. has manufactured and installed
SUPERIOR-LEDGESTONE, SUPERIOR-COBBLESTONEú,
SUPERIOR-WOOD PLUSú, SUPERIOR-BRICKú, SUPERIOR-FENCEú and SUPERIOR-RAILú wall systems from offices in Arlington, Texas.
These precast concrete systems are produced using patented molding
equipment and proprietary manufacturing techniques. They are specified
as fences of choice by a growing number of architects, residential and
commercial builders, contractors, municipal and state governments, and
others in the construction industry.
Design
Engineering
Superior Concrete
provides design engineering services for every job. The color, strength,
texture and size of wall system components can be custom designed to
project specifications prior to manufacture. Soil testing and
evaluation, fence design and architectural consulting are available
services. Finishing treatments, including combining a Superior wall
system with wrought iron, masonry columns, and gates of choice, can be
incorporated.
Installation
Installation of
Superior Concrete wall systems is quick and clean. Superior will handle
all aspects of the installation process. Posts are set into piers
drilled five feet apart. The posts are aligned, leveled and anchored in
concrete footings, similar to other types of fence posts. Precast panels
are inserted into and down the posts' tracks. The bottom panel keys into
and is supported by the footing around each post. Additional panels
interlock and stack in one foot increments. Panel caps complete the
installation. Post caps are included with SUPERIOR-BRICKú,
SUPERIOR-COBBLESTONEú and SUPERIOR-LEDGESTONEú.
Technical
Specifications
General
Screening/Sound wall
systems and Split Rail fence systems.
Screening and sound
walls include posts, panels and caps. Split rail fences include posts
and rails.
Precast concrete shall
have a minimum compression strength of 5,000 psi @ 28 days.
Fiberglas and steel
reinforced components. All reinforcing steel shall conform to ASTM ö
A615, Grade 60. All ties and stirrups shall conform to the
requirements of ASTM öA 615, Grade 40.
Systems manufactured in
integrally colored earth tones. Custom, white and premium colors are
available.
Systems are
anchored to ground by poured concrete piers, 5â on-center (wall
systems) and 8â on-center (SUPERIOR-FENCE and
rail systems). A continuous foundation/footing running the length of
the wall is not required.
Method of post
attachment to concrete footing/pier shall be by embedment in poured
concrete. Depth of concrete pier, and embedment of post shall be as
shown on Shop Drawing.
Pier depth varies with
soil conditions, wind load and fence height.
Loading: Wind loading
and surcharge loads, will be applied to the panels, columns, and
foundation components per local building code requirements.
Materials
Wall system:
SUPERIOR-LEDGESTONEú,
SUPERIOR-BRICKú and SUPERIOR-WOOD PLUSú wall systems with heights up to
15â. SUPERIOR-FENCE wall system with heights up to 8â.
Panels, posts and caps
to have same texture on both sides.
i.SUPERIOR-LEDGESTONE ö stacked stone.
ii.SUPERIOR-BRICK ö classic brick.
iii.
SUPERIOR-COBBLESTONE
iv.SUPERIOR-WOOD ö horizontal lap-wood.
v.SUPERIOR-FENCE - vertical or horizontal ãcedarä look.
Includes decorative
textured panel caps and post caps (SUPERIOR-BRICK,
SUPERIOR-COBBLESTONE
and SUPERIOR-BRICK only).
Posts are set five
feet apart (maximum). SUPERIOR-FENCE posts are set eight feet apart.
Posts shall have a
typical cross sectional dimension of 5ä as measured from
face-to-face.
Panels shall have
typical dimensions of 56 5/8ä long by 12ä high by 1 ²ä wide at its
maximum dimension.
Rail system:
SUPERIOR
2-RAILú
(3â high from grade to top of post), SUPERIOR 3-RAILú
(4â high from grade to top of post) and SUPERIOR 4-RAILú
(5â high from grade to top of post).
Posts and rails have
ãwoodä texture on both sides.
Posts are set eight
feet apart (maximum).
Posts have a typical
cross sectional dimension of 5ä as measured from face-to-face.
Rails have typical
dimensions of 7â-10 3/4ä long by 5 1/2ä high by 2 1/4ä wide.
Benefits
Versatility ö
heights as needed and easily modified to meet a wide range of wind
loads and special requirements,