Dry-Cast Cast stone colors.
Below
are our 12 standard colors, all shown are made in dry cast (cast stone)
texture, We can make almost any custom color.
"Use the right and left
arrows to scroll color, wait for a moment after clicking, for color chip to
change"
Dry Cast Color chip with quarter for size comparison.
Dry Cast Color chip with quarter for size comparison.
Cast stone
colors
Colors are integral, the pigments are added to the cast
stone or precast concrete mix as the aggregates are being mixed. this means
the product can be cut or carved and the cut surface will be the same color
as the rest of the product. With cast stone, the color and also the texture
of the product will be very similar to the rest of the product. We use white
cement which produces clean, bright colors
Color is one of
the most important aspects of architectural precast concrete and cast stone.
We can design mixes to match items such as existing precast concrete and weather-stained limestone. We can also develop mixes
with the correct color tone to match closely, existing cast stone or
precast. This means we can reproduce almost any cast stone product, even 200
year old stone, limestone or sandstone. The color chips on this page
represent just a small sampling of the colors we can achieve with our
standard materials and pigments. We do not charge extra for standard colors
or texture. Non-earthtone colors that require special pigments (such as blue
and green) or non-stock aggregates do cost extra. Whether the goal is to
match existing materials or to simply complement new stucco color, we are
the company to turn to whenever high quality architectural precast concrete
or cast stone items are required.
White Portland cement used in our
product. It has essentially the same properties as gray cement, except for
color, which is a very important quality control issue in the industry.
The color of white cement depends
on raw materials and the manufacturing process. It is the metal oxides
(primarily iron and manganese) that influence the whiteness and undertone of
the material. White cement is manufactured to conform to ASTM C 150,
Specification for Portland Cement. Although Types I, II, III, and V white
cements are produced, Types I and III are the most common.
White cements produce clean, bright
colors, especially for light pastels. Many different colors can be created
by adding pigments to concrete made with white portland cement. Two or more
pigments can be combined to achieve a wide range of colors. White cement (or
a mixture of white and gray cement) can be specified to provide a consistent
color of choice. An even greater variety of decorative looks can be achieved
by using colored aggregates and varying the surface finish treatment or
texture.
Mix designs for white or colored
concrete are formulated based on each ingredient's effect on cast stone and
precast concrete color:
 | Type and color of cement
|
| Type and dosage of pigment
|
| Type and dosage of admixtures
|
| Type, gradation, color, and
cleanliness of fine and coarse aggregates |
| Consistent proportions,
especially maintaining a uniform water-cement ratio |
For every architectural project,
once a mix design has been developed, sample panels should be built at the
job site. These mockups serve as references for color and overall surface
appearance.
White High-Performance Concrete
(White HPC)
High-performance white concrete
(such as high-strength or very low permeability concrete) adds high-tech
appeal by incorporating materials like calcined clay (such as metakaolin),
slag, or white silica fume into white cement concrete. Applications for HPC
may include high-rise buildings, bridges, and parking structures.
Supplementary cementing materials
may slightly alter the color of hardened concrete. Color effects are related
to the color and amount of the material used in concrete. Many supplementary
cementing materials resemble the color of Portland cement and therefore have
little effect on color of the hardened concrete. Some silica fumes may give
concrete a slightly bluish or dark gray tint and tan fly ash may impart a
tan color to concrete when used in large quantities. Ground slag and
metakaolin can make concrete whiter. Ground slag can initially impart a
bluish or greenish undertone.
Natural and synthetic materials are used to color concrete for aesthetic and
safety reasons. Red concrete is often used around buried electrical or gas
lines as a warning to anyone near these facilities. Yellow concrete safety
curbs are used in paving applications. Generally, the amount of pigments
used in concrete should not exceed 10% by mass of the cement. Pigments used
in amounts less than 6% generally do not affect concrete properties.
Unmodified carbon black substantially reduces air content. Most carbon black
for coloring concrete contains an admixture to offset the effect on air.
Before a coloring admixture is used at a project, it should be tested for
color fastness in sunlight and autoclaving, chemical stability in cementing
materials and effects on concrete properties. Calcium chloride should not be
used with pigments to avoid color distortions. Pigments should conform to
ASTM C 979.
The Romans referred to concrete as
liquid stone. It was cement that allowed the most famous monuments and
constructions of the ancient world to be completed, marking the most
significant change in building design the world has ever seen. With the
use of cement, architects were freed from the constraints of the past,
from the limitations of quarried stone and its limited strength to size,
from wood and the diminutive stature its buildings always possessed.
Cement enabled the ancient architects to design with their imaginations,
instead of their restrictions.
As anyone in the construction
business surely knows, cement has not yet stopped evolving. The science of
cement manufacture and production is continuing to make great strides,
enabling new and imaginative processes to be invented.
Decorative concrete is on the
forefront of this growth. With such techniques as dry pack cast stone,
homeowners and designers can create an unlimited array of outdoor and
textured surfaces and flooring options. These all enable the designers to
escape the one flaw seen with concrete: as a finish material, its
starkness can be downright plain. For instance, the durability of concrete
makes it perfect for a driveway, patio, sidewalk or floor, so a means to
"dress up" or disguise concrete without sacrificing any of the versatility
is the goal of many of these manufacturers.
Integral color
One of the first ways to
transform concrete is through integral coloring. This is where pigment,
usually iron oxides, is added directly to the mixer. The mix is then
poured normally, producing a colored slab of concrete that will not fade
because the color is literally a part of the mix. These colors can range
from subtle pinks and browns to deep blues and greens.
This is usually done by adding a
precisely measured bag of pigment to the concrete, taking into
consideration the amount of cement, total yardage of the truck and
individual properties of the chosen pigment. The drawback of this dry
add-mix is apparent when trying to attain the same color for different
amounts of cement. Because the pigment attaches to the cement, the same
pigment added to a five-sack mix will be much darker than that of an
eight-sack mix.
"By using four distinct liquid
pigments, added together in the correct ratio (similar to a four-color
printing process), a huge variety of color is available," then we measure
and test the resulting pigment for accuracy.
Integral color has many uses for
the concrete industry. Concrete roof tiles, garden accessories and pre-fab
concrete pipe are all starting to use integral coloring.
Other methods of coloring
concrete are more appropriate for different applications. For instance,
many companies make both dry and liquid color hardeners that can be
scattered or sprayed on top of newly poured concrete, and once worked into
the surface, strengthen the concrete while allowing the use of any color.
Acid staining
One of the most popular methods
for decorating concrete today is with the use of acid staining. Many
residential and commercial customers are using this method for obtaining a
durable, beautiful and relatively inexpensive way to decorate their
floors.
While this concept is not new
(Frank Lloyd Wright used some acid stains), innovative ideas are expanding
the range of the acid stained look. Multiple stains may be used to enhance
the depth of the color, grout lines may be cut into the concrete to
resemble tile, or highly detailed murals or rosettes may be stained for
any surface outside or inside the home.
Coupled with staining and
stamping, a number of options are available for designing decorative
concrete. Indeed, all of the processes described here can be mixed and
experimented with, limiting designers to only what they can imagine. There
are a few places for the curious designer to experiment with these
options.
Master Builders (www.masterbuilders.com)
may be widely known for manufacturing concrete materials, but they have
recently helped produce an interactive online test grounds (www.concretelifestyles.com).
The site allows the user to swap patterns and colors to see different
styles.
The most impressive thing in
outdoor and indoor concrete today may be what has yet to be constructed.
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Our Cast stone and precast concrete columns and
products are molded, hand
cast and manufactured near Los
Angeles, California as are our, precast columns, balusters and pool coping.
Many of our projects are in Santa Barbara including Santa Barbara sandstone
look-alike columns, Palm Springs columns, Beverly Hills precast columns, Malibu
columns and Orange County, California columns.
Cast stone and precast concrete installation projects are also regularly undertaken in Palm Springs, Orange
County, Beverly Hills, Santa Monica including precast concrete columns, in Malibu, Ventura and Santa Barbara Counties.
Each piece is carefully hand laid into special precast innovations reinforced molds and hand
finished after removal
Many of our recent projects are cast stone in Ventura County and precast columns
in the City of Santa
Monica, and precast columns in Beverly Hills California.
Our products consist of concrete Santa Barbara columns, architectural precast
Santa Barbara and Santa Barbara stone
balusters, sandstone designs and our own concrete design window/door trim, Los
Angeles, California simulated stone
columns, concrete balustrade, our own concrete design precast balusters. Also
cast stone window & door trim, our own sandstone design and concrete pool
coping, precast wall caps or concrete wall caps in the Malibu area.
We have many precast columns and sandstone designs of many kinds installed in the Los Angeles area,
including precast in Malibu, Beverly Hills precast columns and Los Angeles
precast columns.
We use a fineline with precast when making Santa Barbara precast products and
Santa Barbara sandstone columns including Beverly Hills precast.
We have many colors and precast innovations textures to choose from in our cast
stone and precast concrete
product line.
Cast Stone
Cast stone is most often used in
classical homes requiring the fine sanded texture and sharp details common to
fine European or East coast estate homes.
Cast stone, used by man since the Egyptian pyramids were constructed, is hand
packed into molds under tremendous pressure, just as in nature when limestone is
made from the extreme pressure on sand, lime and slurry over thousands of years.
This technique of compacting sand, crushed limestone and colored pigment with a
small amount of water ensures a product which closely resembles limestone.
Uniform in color and texture because very little water is used in it's
production, cast stone is used where limestone or sandstone is desired but is
cost prohibitive. The surface of cast stone shows the aggregate naturally at its
surface, simulating limestone or sandstone. Pleasing, high quality texture, our
favorite.
The difference between high end cast stone and
normal precast concrete is easily seen, and even the novice can appreciate the
high quality limestone like finish on a cast stone product. Made
with old time European techniques and reconstituting crushed limestone in
our mix which gives our product a very special texture and quality, unseen
in normal precast products. Larger parts can sometimes be made in
lightweight form.
Cost's slightly more than our other products because of the Materials used and
the special molds needed in it's manufacture.
GFRC (glass fiber reinforced concrete)
GFRC is just another term for
lightweight precast concrete and is usually used in more contemporary
themed homes using the old world, travertine, or others of our many textures
resembling the stone of the Mediterranean, Tuscany and even old Mexico.
We simulate aged stone by hand laying a mix of special aggregates and cement
into molds with special "techniques", making the product look time worn or
aged, resembling the old stone moldings seen at many historical sites or
buildings. The GFRC product is thinwall about 3/4" thick and is extremely strong
and about 25% the weight of solid stone.
GFRC can also be sprayed into molds, resulting in a smooth
unblemished surface.
Precast concrete
Precast concrete is usually used in more
contemporary themed homes using the old world, travertine, or others of our
many textures resembling the stone of the Mediterranean, Tuscany and even old
Mexico.
We manufacture precast concrete products similar to the products made by other
manufacturers except we have 12 different beautiful textures unseen in
normal precast.
We also simulate limestone or sandstone by pouring a mix of wet concrete into
molds and when cured are then sand washed, to remove the fine cured cement
particles at the surface of the product, and hopefully expose the aggregates to
give the product the highly desired limestone "look".
Precast concrete can also be sprayed into molds, resulting in a smooth
unblemished surface.
Texture
Textures range from smooth to rough and refer
to the feel of the concrete as your hand rubs across it. Examples of such
textures are a hard-trowel finish and a deep-exposed aggregate finish,
respectively. Exposure refers to the degree the coarse aggregate is
visible. Exposures are typically classified into four categories:
nonexposed, light, medium and deep. See
Table 1 below for a brief description of each category and techniques
used to achieve them.
| Table 1: Exposures of Architectural
Precast |
| Exposure categories |
Description |
Techniques |
| Nonexposed |
Cement paste only, as removed from the form |
Form finish (as cast)
Form liners |
| Light |
Matrix dominant, surface skin of cement and sand is removed |
Acid etch
Abrasive blast
Cast stone |
| Medium |
Coarse aggregate is exposed in equal areas to the matrix, 50/50 |
Surface retarder
Abrasive blast
Acid etch
Bushhammering |
| Deep |
Greater coarse aggregate exposure, very little matrix is seen |
Surface retarder
Abrasive blast |
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Our range of products are manufactured with two techniques:
The "Dry Cast" method is a two part process, a face material to give
you the similar finish to natural stone. Mechanically compacted to the
rear of this is the backing mix to give the units strength in the terms
of handling ability
Dry cast units are immediately demolded after casting and are hand
finished to a very high standard.
Wet Cast
Wet Cast as the name suggests produces structural products like heads
and sills but is also used for San Francisco precast slabs, beams and other similar products,
that are for high exposure or structural situations where greater loads
are required on the finished unit. The Wet Cast also has the added
advantage of specialist finishes with the use of special sand
aggregates.
Introduction to Cast Stone (wet cast and dry cast)
Products
Cast Stone is known by a variety of other names including art stone,
reconstructed stone, reconstituted stone, artificial stone and
manufactured stone. This defines cast stone as any material manufactured
with aggregate and cementicious binder and intended to resemble in
appearance, and be used in a similar way to, natural stone. San
Francisco Cast stone
is either homogenous through out or consists of a facing material and
backing concrete.
The method of production is split into two categories.
| Semidry mixes |
| Precast concrete or sometimes referred to as 'wet' cast. |
Choice of manufacturing method
The majority of San Francisco cast stone manufactures use the semi-dry method of
san francisco precast production. And is the more commonly widely used method of manufacture.
Early consultation with us is advisable to ascertain the correct method
of production for your project.
Sizes: Components produced using napa Valley
precast the semidry
method are limited in size with face dimensions of Ashlar units normally
no greater than 1200x600mm. This is mainly because of the fact a semi
dry mix is used, which require rapid and rigorous compaction with hand
held pneumatic tampers. The semidry method of production is best suited
to traditionally sized ashlars quoins, sills, copings, door and window
surrounds, etc.
Structural requirements: Components requiring
reinforcement which is more complex than a few straight bars or a layer
of fabric reinforcement, must be produced using the wet cast method of
production. This is because it is difficult to achieve thorough
compaction of semidry mixes around congested reinforcement.
Appearance: Napa Valley Cast stone can replicate a variety
of cast stone
Colors and Textures
. The semidry method of production is used to simulate limestones and
sandstones. Where a component has a particularly intricate pattern or
profile including slender projections, precast concrete may have to be
used in preference to the 'semidry' method. Good color matching between
components can be achieved by both methods, although fineline precast textural
differences become apparent at close range.
Economics: Rapid production rates with frequent
reuse of molds are possible with cast stone produced using semidry
mixes. Where as with the Wet Cast process a higher number of San
Francisco concrete
molds is required to achieve the same casting program, but careful
thought a planning stages of the contract can minimize the number of
concrete molds. In Fact an additional 2-3 weeks extra lead-time for
standard or semi standard products can sometimes be all that is needed
to achieve the same casting program.
Comparison between the semidry and wet methods
The production of cast stone using semidry mixes differs from that of
wet method in several ways.
Casting
Semi Dry ~ De-molding takes place immediately after compaction. This
allows a rapid casting cycle with e.g. up to 80 or more basic components
(sills, copings, etc.) a day from a single mold.
Wet Cast ~ Where as to manufacture the equivalent in wet cast it
would not only take longer but you would require 1 mold per cast per day
i.e. to produce 80 units a day you would need 80 molds.
Semi Dry ~Compaction is carried out by pneumatic tampers rather than
by vibration.
Wet Cast ~ Compaction is carried out by vibration.
Mixes
Semi Dry ~ *Separate facing and backing mixes are often used for
components like ashlars, sills, heads and jambs, where the backing mix
is concealed from view. Separate facing and backing mixes are used
primarily to economize on the facing mix. This requires a separate
facing mix to be not less than 20 mm thick at any point, with semidry
cement sand facing mixes and concrete backing mixes each mix is placed
and compacted in immediate succession to ensure that they are
effectively monolithic.
Wet Cast ~ Wet Cast units are manufactured from a through colored
homogenous mix.
Semi Dry ~ Water repellent admixtures are invariably used in facing
mixes to reduce permeability. Giving a water absorption of Grade B. All
constituents are accurately weigh batched with the moisture content
monitored regularly. Mix batches are necessarily small to prevent any
premature drying of the mix. Thorough mixing and compaction are critical
to ensure that the cast stone achieves the required density (typically
between 1850-2100kg/m2), compressive strength and permeability.
Wet Cast ~ superplasticisers and accelerators are used to ensure good
flow of the mix during vibration and compaction to achieve a smooth,
compact and blow hole free finish (where ever possible finish smooth
after dressing) also to give good early strength. Typical cube tests at
7-10 Days are that of the equivalent of that of a semi dry unit at 28
Days
Products are split into three categories.
Standard - Cast stone items that are
manufactured in accordance with our Technical specification sheets.
These items could be stock items or units, which are ready to cast at
the first available production slot, with no molds to produce. Products
like standard head, sills or pier caps and copings. The cost of
establishing the molds is not same, thus for small production runs costs
can be kept to the minimum. Also not forgetting lead times can be much
shorter by not having to detail, obtain approval and then construct
molds.
Semi Standard - Cast stone items
Products, which are similar to details
within our Technical specification sheets. But say vary in length or
require slight mold adaptation or modification.
Purpose Made - Cast Stone items which are
manufactured in accordance with the contract documents. These units are
made from new purpose made concrete molds. These would probably be
specialized units, which are not contained in our brochure. We have our
own in house design department, who will assist you in the process of
your design advising you in Careful thought must be given in the
planning process for purpose made products. Please consider the
following.
| Design and detailing of in house production drawings- Some times
it is of necessity to produce working drawings of Architects details
to enable production of molds.
This process can some times take any thing from 2-10 days,
dependant on how long it takes to get details approved.
|
| Approval of production drawings.
|
| Production of Patterns- Sometimes it is necessary to produce units
from urethane or silicone rubber molds.
|
| This may involve the pattern being produced and before molds are
manufactured, approval of the pattern may be necessary from the
Architect or Client.
|
| Approval of production patterns
|
| Manufacture of concrete molds
|
| Production of Units
|
| Curing of units
|
| Packaging and Transportation to Site
|
Remember adequate time must be allowed for production of concrete
molds.
Colors and Finishes
Natural stone colors are achieved either by reliance on the color
Colors of crushed rock and sands and
aggregates or by the addition of pigments. White cement gray cement and
a combination are often used. The use of pigments can give the cast
stone greater scope in the selection of suitably graded aggregates,
which permit good compaction and achieve a strong, dense mix. Iron
oxides based pigments are normally used in small quantities (e.g.
0.2%-1% yellow iron oxide by weight of cement for yellow sandstone's and
up to 5% red iron oxide for red sandstone). High proportions of pigment
powder (above say 6 - 8% by weight of cement) are used fineline precast sometimes to
achieve unusual colors like blues and browns but generally these should
be avoided.
A variety of traditional ashlar finishes can be replicated with cast
stone, including plain, boasted, tooled, rockfaced, vermiculated. The
other ashlar finishes are normally produced from latex:sand or concrete
mold liners.
| Semi Dry ~ Plain finishes normally produced using sealed plywood
mold liners or, where the shape, detail or longevity for mold
dictates, fiberglass is used. |
| Wet Cast ~ unlike the semidry method, the wet cast mix produces a
smooth cement surface which has to be removed after demolding to
reveal the color and texture of the fines layer. The cement surface is
removed by either acid etching or retarding the surface within the
mold prior to curing and washing off after demolding to achieve a
smaller large expose of aggregate. |
Here is where specialist aggregates can be used to achieve some
wonderful and varied finishes and colors.
Structural Use
Dependant on the situation all cast stone both Wet and Dry Cast can
be used. But there are limitations in the Dry Cast process as opposed to
Wet Cast: -
| Semi Dry ~ Components requiring reinforcement which is more
complex than a few straight bars or a layer of fabric reinforcement
are not possible. This is because it is difficult to achieve thorough
compaction of semidry mixes using a pneumatic tamper in and around the
congested reinforcement. Therefore Wet Cast is the option.
|
| Wet Cast ~ unlike the semidry method, the Wet Cast mix is poured into
the mold as thick liquid mix and compaction is achieved by vibration. So
even the more complex arrangement of bars can be compacted sufficiently.
The added advantage being the need to put any secondary support like
pressed or fabricated steel lintel saving costs. Also we can manufacture
structural beams for larger vehicle entranceways for example. |
Cast Stone
Cast stone
installed in California city's such as Los Angeles, Beverly Hills, Bel
Air, Ventura or Santa Barbara has to be mechanically fastened to the wood
frame of a building usually with stainless steel or galvanized
attachments, this because of earthquake codes. There are many
historical buildings in California with cast stone as part of their
facade. Cast stone in Los Angeles, Beverly hills, Bel Air, Ventura
and Santa Barbara was at it's most popular in the 1900's. In Santa
Barbara, cast stone was used extensively in the downtown district and also
in a primitive form at the Santa Barbara mission in the form of adobe, a
mixture of mud and straw or horsehair mixed with water and hand shaped
into molds. Cast stone in the City of Ventura was used mainly on
churches in the downtown area. Cast stone in Los Angeles was used in
many important buildings including the famous Los Angeles City hall.
In Santa Barbara cast stone and Santa Barbara stone were used in
conjunction in many historical buildings. Precast Innovations Santa Barbara stone also
called Santa Barbara sandstone, is found mainly in Santa Barbara county,
is removed from the ground in loose form, the Santa Barbara stone is then
cut and shaped by a stonemason into useable blocks. Cast stone in
Beverly Hills was used in the Beverly Hills City hall and is now used on
many residential buildings. We also install our new line of
Cantera stone columns,
easy homeowner installation CDI or "Can Do It" precast columns and
we do our own concrete design , CDI is short for "Can Do It"
columns, Sierra stone cast stone columns and balustrade, California precast
products, CDI "Can Do It" precast, precast moldings and stairs. We
also supply and install CDI "Can Do It" precast concrete
window and door trim, Sierra stone products, using our own concrete
design, full weight precast and granite or limestone products,
California precast columns, precast or limestone moldings and
fireplace mantles. We manufacture our own precast innovations concrete molds.
We have many limestone and sandstone designs installed in the Los Angeles
area.
Precast concrete
Precast concrete is usually used in lower end track homes where budget is
a concern, cast stone is usually used in higher end homes where budget is
not a major concern. The difference between cast stone and precast
concrete is easily seen, and even the novice can appreciate the high
quality limestone like finish on a cast stone product. Fireplace mantels
or as some call them fireplace mantles look beautiful when constructed
from cast stone. Cast stone fireplace mantels are used in any situation.
The fireplace mantels are both strong and fireproof. Fireplace mantels are
a thing of beauty when made from cast stone or precast concrete. Fireplace
mantels are also made from wood. Fireplace mantels or fireplace chimneys
are the main feature in any room and a fireplace mantel made from precast
innovations cast
stone or precast concrete is a sight to behold.
Cast stone by Regency
precast
installed in California city's such as Los Angeles, Beverly Hills, Bel
Air, Ventura or Santa Barbara has to be mechanically fastened to the wood
frame of a building usually with stainless steel or galvanized
attachments, this because of earthquake codes. There are many
historical buildings in California with cast stone as part of their
facade. Cast stone in Los Angeles, Beverly hills, Bel Air, Ventura
and Santa Barbara was at it's most popular in the 1900's. In Santa
Barbara, cast stone was used extensively in the downtown district and also
in a primitive form at the Santa Barbara mission in the form of adobe, a
mixture of mud and straw or horsehair mixed with water and hand shaped
into molds. Cast stone in the City of Ventura was used mainly on
churches in the downtown area. Cast stone in Los Angeles was used in
many important buildings including the famous Los Angeles City hall.
In Santa Barbara cast stone and Santa Barbara stone were used in
conjunction in many historical buildings. Santa Barbara stone also
called Santa Barbara sandstone,A&M Victorian Designs is found mainly in Santa Barbara county,
is removed from the ground in loose form, the Santa Barbara stone is then
cut and shaped by a stonemason into useable blocks. Commercial cast stone in Haddonstone,
California precast, Adriatic precast, APS precast,napa stone, Studio Cast,CDI,ventura
cast stone, ventura precast,ventura columns, A&M Victorian Designs ventura stone
Beverly Hills was used in the Beverly Hills City hall A&M Victorian
Designs and is now used on
many residential buildings. We also supply and install granite and
We also install the products exclusively manufactured by other company's
including, Sierra concrete design, Sierra stone and Dura art stone, Stone
legends, Moonlight molds, Fineline precast, Studio cast design,
Architectural products, Haddonstone, California precast, Adriatic precast,
APS precast, napa stone, Studio Cast precast,
These products include: cast stone columns, limestone,
precast concrete, precast, cast, stone, limestone, sandstone, Beverly
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santa barbara precast, santa
barbara cast stone, santa barbara stone, santa barbara columns,Studio cast
design,A&M Victorian Designs Architectural products, Haddonstone,
California precast, Adriatic precast, APS precast,napa stone, Studio Cast,CDI,ventura
cast stone, ventura precast,ventura columns, A&M Victorian Designs ventura stone. These
products include A&M Victorian Designs : cast stone, limestone, precast concrete, Los Angeles
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ventura cast stone, CDI ventura precast, ventura columns, ventura stone,
concrete molds, Malibu precast, Malibu stone, Malibu columns. We
have many limestone and sandstone designs installed in the Los Angeles
area.
We have installed products made by Sierra concrete
design, Sierra stone and Dura art stone, Stone legends, Cantera
stone columns,
precast concrete,concrete columns,los angeles precast. Moonlight molds, Fineline
precast, Studio cast design,A&M Victorian Designs Architectural products, Haddonstone,
California precast, Adriatic precast, APS precast, napa stone, Studio Cast, CDI,
precast,
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