Coral Stone, Gemstone Corals, Coral Color

Coral Stone

Coral Stone is the skeletal material of calcium carbonate. Small animals that live in colonies in the sea build this up. Red, pink, and white coral is mostly calcium carbonate whereas black and golden coral is conchiolin. Coral Stone is usually branchlike and occurs in a variety of colors, of which the most sought after are rose red to red. Mars is the commandant of the congregation of the nine planets. It is also embodied as the God of War. It is considered a malicious planet in astrology and endows its natives the capability to state their own wants above those of others. Coral Stone Color is red and the ruler of the southern direction. On account of its nearness to earth, it is called `Angarak` and the son of earth. It is the emblem of blood and tenaciousness in human life. The gemstone related to Mars is coral and its zodiac signs comprise Aries and Scorpio.

From erstwhile era, Coral Stone has been given recognition by every astrologer. It is not a mineral, it is a type of organic substance. Coral Stone is prepared by non-vertebrate sea creature called Isis Nobiles. Coral is found in the shape of a vine branch at approximately 600-700 feet depth inside the sea. Scientists consider it as a constituent of calcium carbonate.

On account of being the dominant gem of Aries and Scorpio, Coral Stone eradicates hindrances in the way of their good luck and increases their authoritarian power. Men who are either chicken-hearted or overpowered by their enemies easily, should wear coral. It is also a perfect gem for a blissful conjugal life.

Coral Stone should be worn by soldiers, policemen, electricians, surgeons, players and workers of ordinance factory. It is useful for increasing self-assurance, administrative potential and the power of applying rights in social and political arenas. Coral Stone is advantageous in transactions pertaining to buying and selling of land and properties.

A variety of forms were used in the Indian jewelry for the earrings, in which pearls, filigree, gems, and coral appeared in floral compositions based on the contrast between the different colors. Coral is thought by the ancients to be a stone. Coral Stone is usually the anniversary gemstone for the 35th year of marriage.

Coral Stone averts abortion, fever, piles, impotency, typhus, small-pox etc. Children can be protected from diseases like rickets and stomach-ache, by putting on the coral mala or beads around their neck. Coral is used in difficulties of the lungs and digestion. Coral Stone relates to the circulation of the blood and to the heart. Coral Stone helps restore harmony in the event of emotional conflict. It works against nutritional deficiencies, depression and lethargy. The use of coral oxide with honey makes one sturdy and when used with betel leaf, the coral paste cures a person from cough and heart disease. Coral Stone is said to cure madness and give wisdom. This is also used to build an emotional foundation. Coral Stone aids in the safe crossing of rivers, passages through tempests. Coral Stone excites nerve power, brilliancy and gladness and is a true health-giver. It should be noted that coral loses its powers when broken.

Fabric Spreading

Fabric Sprea­ding

Fabric sprea­ding is very important part of the production process because it is basic for obtaining a high quality final product.

The Method of Fabric Spreading are describe below:

1. Manual method: This method is three types:
a. By hand
b. By hook
c. Spreading truck with the help of operator.

2. Mechanical method: This method is two types:
a. Semiautomatic
b. Full automatic

By Hand: Fabric roll is spreaded on the table by two laborers according to the length & width of marker. Sometimes it is done by entering a rod which is made by wood or metal in the center paper table which is present in the center of the fabric roll.

By Hook: In this process the top of the table on which the fabric is spreaded is set at 10º angle perpendicularly. The hook which placed on the upper face of the table is 15cm long and the hook is joined with one end of selvedge of the fabric. After completing the spreading of fabric, the top of the table is set again. The hooks are displaced and the marker is spreaded on the fabric lay.
Spreading truck with the help of operator: There is a spreading truck on the one end of the spreading table in which the fabric roll is placed. Then the truck is operated by hand from one end to the other end of the table & with the same time the fabric is open out from the fabric roll and the fabric is spreaded according to the length and width.

Semiautomatic: Spreading machine is run on the rails which are placed at two side of fabric spreading table surface and operated by motor. Fabric roll is set in a predetermined place of the machine. The machine is run from one side to the other side of table by using electrical and mechanical motion and fabric is spreaded to make lay.

Full automatic: This is the improvement of semiautomatic machine. There are so many advantages of this machine to make fabric lay because this machine is operated by controlling with the help of robot and micro processor.

Leather Liming, Keratin Removal

Leather Liming | Keratin Removal
The objectives of Leather Liming are
Removal of interfibrillary proteins.
Removal of Keratin proteins.
Collagen swelling due to the alkaline pH.
Collagen fibre bundle splitting.

Liming operations of cattle hides usually last 18 hours and are generally associated with the alkaline phase of beamhouse operations.
Removal of interfibrillary proteins

The interfibrillary proteins are denatured by the presence of alkali (particularly sodium sulfide), rendered soluble, facilitating their removal from the leather. Removal is done by the mechanical action of liming or reliming, but more prominently when the pelt is deswelled (during deliming). Failure to remove these proteins results in a hard, tinny leather (due to fibre glueing upon drying) that is brittle and inflexible.
Keratin Removal

Keratin that is present in the hair, scales and in the epidermis of the skin is hydrolyzed in the presence of alkali (at pH values greater than 11.5). The disulfide bridges found in keratin protein are cleaved but can be reformed. Long periods of liming will result in hair removal. The main removal of keratin is performed using the unhairing operation. In traditional processing liming/unhairing was indivisible and took place at the same time. Modern liming methods, and in particular, the processing of sheepskins the hair is removed first and then limed in a liming drum. In hair-save technology, the hides are unhaired first and then limed for a further 12-18 hours.
Alkaline collagen swelling

The presence of calcium hydroxide results in the alkaline swelling of skin. The result is the influx of water into the hide/skin and a marked increase in fibre diameter and fibre shortening. The thickness of the skin increases, but the surface area of the pelt decreases. The weight increase, due to the uptake of water results in a doubling of the hide/skin weight. But this weight also needs to take into consideration that proteins (especially the hair) have been removed and the fleshing operation is often performed after liming.
Collagen fibre bundle splitting
The action of liming, in particular the swelling of the skin, results in the splitting of the fibre bundle sheath. Due to the fibre diameter increasing, the bundle sheath cannot contain the thicker fibres and it bursts open. This allows increased access to the fibres which allows better tanning, retanning, dyeing and fatliquoring.

Viscose Fabric, Material and Viscose Rayon


While there are many variations in the manufacturing process of Viscose that exploit the versatility of the fiber, the following is a description of the procedure that is used in making regular or viscose rayon.

Regardless of whether wood pulp or cotton linters are used, the basic raw material for making Viscose rayon must be processed in order to extract and purify the cellulose. The resulting sheets of white, purified cellulose are then treated to form regenerated cellulose filaments. In turn, these filaments are spun into yarns and eventually made into the desired fabric.

The viscose process of manufacturing viscose rayon consists of the following steps mentioned, in the order that they are carried out: (1) Steeping, (2) Pressing, (3) Shredding, (4) Aging, (5) Xanthation, (6) Dissolving, (7)Ripening, (8) Filtering, (9) Degassing, (10) Spinning, (11) Drawing, (12) Washing, (13) Cutting. The various steps involved in the process of manufacturing viscose are explained below.

Viscose Manufacturing – Steeping

Cellulose pulp is immersed in 17-20% aqueous sodium hydroxide (NaOH) at a temperature in the range of 18
to 25°C in order to swell the cellulose fibers and to convert cellulose to alkali cellulose.

Viscose Manufacturing – Pressing

The swollen alkali cellulose mass is pressed to a wet weight equivalent of 2.5 to 3.0 times the original pulp weight to obtain an accurate ratio of alkali to cellulose.

Viscose Manufacturing – Shredding

The pressed alkali cellulose is shredded mechanically to yield finely divided, fluffy particles called crumbs. This step provides increased surface area of the alkali cellulose, thereby increasing its ability to react in the steps that follow.

Viscose Manufacturing – Aging

The alkali cellulose is aged under controlled conditions of time and temperature (between 18 and 30° C) in order to de-polymerize the cellulose to the desired degree of polymerization. In this step the average molecular weight of the original pulp is reduced by a factor of two to three. Reduction of the cellulose is done to get a viscose solution of right viscosity and cellulose concentration.

Viscose Manufacturing – Xanthation

In this step the aged alkali cellulose crumbs are placed in vats and are allowed to react with carbon disulphide under controlled temperature (20 to 30°C) to form cellulose xanthate.

Side reactions that occur along with the conversion of alkali cellulose to cellulose xanthate are responsible for the orange color of the xanthate crumb and also the resulting viscose solution. The orange cellulose xanthate crumb is dissolved in dilute sodium hydroxide at 15 to 20 °C under high-shear mixing conditions to obtain a viscous orange colored solution called viscose, which is the basis for the manufacturing process. The viscose solution is then filtered (to get out the insoluble fiber material) and is deaerated.

Viscose Manufacturing – Dissolving

The yellow crumb is dissolved in aqueous caustic solution. The large xanthate substituents on the cellulose force the chains apart, reducing the interchain hydrogen bonds and allowing water molecules to solvate and separate the chains, leading to solution of the otherwise insoluble cellulose. Because of the blocks of un-xanthated cellulose in the crystalline regions, the yellow crumb is not completely soluble at this stage. Because the cellulose xanthate solution (or more accurately, suspension) has a very high viscosity, it has been termed viscose.

Viscose Manufacturing – Ripening

The viscose is allowed to stand for a period of time to ripen. Two important process occur during ripening: Redistribution and loss of xanthate groups. The reversible xanthation reaction allows some of the xanthate groups to revert to cellulosic hydroxyls and free CS2. This free CS2 can then escape or react with other hydroxyl on other portions of the cellulose chain. In this way, the ordered, or crystalline, regions are gradually broken down and more complete solution is achieved. The CS2 that is lost reduces the solubility of the cellulose and facilitates regeneration of the cellulose after it is formed into a filament.

Viscose Manufacturing – Filtering

The viscose is filtered to remove undissolved materials that might disrupt the spinning process or cause defects in the rayon filament.

Viscose Manufacturing – Degassing

Bubbles of air entrapped in the viscose must be removed prior to extrusion or they would cause voids, or weak spots, in the fine rayon filaments.

Viscose Manufacturing – Spinning – (Wet Spinning)

Production of Viscose Rayon Filament: The viscose solution is metered through a spinnerette into a spin bath containing sulphuric acid (necessary to acidify the sodium cellulose xanthate), sodium sulphate (necessary to impart a high salt content to the bath which is useful in rapid coagulation of viscose), and zinc sulphate (exchange with sodium xanthate to form zinc xanthate, to cross link the cellulose molecules).

Once the cellulose xanthate is neutralized and acidified, rapid coagulation of the rayon filaments occurs which is followed by simultaneous stretching and decomposition of cellulose xanthate to regenerated cellulose. Stretching and decomposition are vital for getting the desired tenacity and other properties of rayon. Slow regeneration of cellulose and stretching of rayon will lead to greater areas of crystallinity within the fiber, as is done with high-tenacity rayons.

The dilute sulphuric acid decomposes the xanthate and regenerates cellulose by the process of wet spinning. The outer portion of the xanthate is decomposed in the acid bath, forming a cellulose skin on the fiber. Sodium and zinc sulphates control the rate of decomposition (of cellulose xanthate to cellulose) and fiber formation.

Elongation-at-break is seen to decrease with an increase in the degree of crystallinity and orientation of rayon.

Viscose Manufacturing – Drawing

The rayon filaments are stretched while the cellulose chains are still relatively mobile. This causes the chains to stretch out and orient along the fiber axis. As the chains become more parallel, interchain hydrogen bonds form, giving the filaments the properties necessary for use as textile fibers.

Viscose Manufacturing – Washing

The freshly regenerated rayon contains many salts and other water soluble impurities which need to be removed. Several different washing techniques may be used.

Viscose Manufacturing – Cutting

If the rayon is to be used as staple (i.e., discreet lengths of fiber), the group of filaments (termed tow) is passed through a rotary cutter to provide a fiber which can be processed in much the same way as cotton.

Eyelet Overview, Metal, Plastic, Brass Eyelet


Eyelet is an object that consists of a rim and small hole or perforation to receive a cord or fastener, as in garments, sails, etc. It may reinforce a hole.

Pliers are an easy way to put eyelets into materials.

. Cut a hole in your material where you want the eyelet to go. This hole needs to be just big enough to push your eyelet through. If it is too big it will fall out.

. Use a pad under the cloth to make a clean cut. The pad may be: a piece of hard leather, an acrylic block like the cutting boards used in kitchens, a plastic floor tile or even a sheet of paper folded many times. Make sure you keep everything in place while making the hole.

. To cut the hole always put the pad under the bad side of the cloth. Exert strong pressure with the pliers or use a hammer to drive a hole with the eyelet punch.

. Push the eyelet through the hole you have made. Do this from the right side of your material so the flat part of the eyelet is on the good side.

. Tuck any loose threads under the flat part of the eyelet so they are not visible.

. Align your eyelet pliers. The flat (good) side of your eyelet should sit in the slightly curved side of the pliers, while the tube (bad) side should be aligned with the pointed side of the pliers.

. Squeeze the pliers together.

. Take the pliers away and check that the eyelet is set as you want it. If it can be rotated in the material you will need to repeat the previous step with a little more force until it holds the material tightly.

Eyelet is metal, plastic, or rubber rings that are inserted into a hole made through another material. They may be used to reinforce the hole, to shield something from the sharp edges of the hole, or both.

Eyelet is used to reinforce holes in leather, clothing, shoes, and other fabrics. They can be made of metal or plastic, and are easily used in common projects, requiring only the Eyelet itself, a Eyelet-setting tool (a metal rod with a convex tip usually sold with the Eyelet), and a hammer. Higher end Eyelet presses (as shown in the picture) exist as well, though generally a hammer and the Eyelet-setting tool is equally effective for small projects. Their most common usage is to strengthen the holes for bootlacing but they are also good for making corsets and other laced clothing, plus curtains and other household items that require hanging from hooks. It prevents the cord from tearing through the hole, thereby providing structural integrity.

Metal Eyelet

These are available in male/ female variety to meet the demands of customers based across the fashion industry. Manufactured using premium quality raw material the metal eyelet is appreciated for its resistance to corrosion, dimensional accuracy, and sturdy construction. They are available in customized forms as per the specifications provided by the clients, our range is highly cost effective, meeting the needs of every client.

Designer Eyelet

These are used for enhancing the look of the garments as well as making them functional. These have small holes for attaching it to the garment using thread. A perfect blend of style and durability, these add an aesthetic appeal to the wardrobe.

Plastic Eyelet

These are used as garment embellishments. Made of fine quality plastic, these are perfectly designed to cater to the style needs of the garment industry. These are available in numerous designs and colors and can be custom-made as per the client’s requirements.

Garment Eyelet

Examples are Jeans garment accessories, male, female eyelets, side pocket fix eyelets.

Colored Eyelet

These are made from high quality raw material. These products are tough, durable and compatible with other components.


  • Footwear
  • Tarpaulin
  • Flexi Packaging
  • Printing & Stationary
  • Danglers

Decorative Eyelet

These are used to give style and durability to varied types of garments, leather products, etc. These are widely used in Jeans, Cargos, Skirts, Leather Bags, Shoes, Belts and many other accessories and clothes. These are also available in different shapes, designs and sizes to suit the various needs of fabrics and footwear manufacturers. These are available in various materials such as fiber, metal and many more. Made of good quality raw materials by our experienced workers, these eyelets are durable, rust proof and have unique appeal.

Curtain Eyelet

These are available in attractive finishes and are used in curtains. These are available in different shapes and sizes.

Brass Eyelet

These come along with washers which can easily be customized according to client’s demands and needs. These eyelets and washers are made of premium quality brass and can easily be riveted. They maintain their shine throughout and also have smooth edges and fine polish. Light in weight and durable, they are also cost effective.

Hook Eyelet

These are used as accessories for shoes. Our hook eyelets are durable in quality and assure the clients of longer working life. These are durable in quality and have unmatched shine. Largely used in different types of shoes, sandals and bags, these hook eyelets available with us can be customized in shapes and sizes.

Horn Eyelet

These are unbreakable, have sharp cut, sharp edge and highly durable. Available in different shapes and sizes the eyelets are widely in demand by customers.

Bycast Leather, Define, Definition, Meaning

Bycast Leather
What is Bycast Leather| Bycast Leather Definition | Bycast Leather Meaning

Bycast leather (also known as bycast leather, split leather or PU. leather) is a split leather with a layer of polyurethane applied to the surface and then embossed. Bycast was originally made for the shoe industry and recently was adopted by the furniture industry. The resulting product is cheaper than top grain leather and has an artificially consistent texture that is easier to clean and maintain.

The use of the term leather in relation to this bicast treatment is considered a misrepresentation and therefore not permitted in the United Kingdom and New Zealand.Furniture made with bicast exhibits none of the characteristics associated with genuine leather; it will not develop a patina or suppleness nor otherwise improve with age. With constant use the polyurethane layer will crack and split free of its backing.

Modern technology permits up to three or four horizontal layers being taken from a single hide. The leather used in the backing of bicast is a thin, otherwise worthless layer, remaining after better quality layers have been removed for traditional leather work and contributes nothing to the look and feel of the end product.
Furniture manufacturers say that the main benefit of bycast leather is its price. Lower grades of leather can be used during the manufacturing process, and treating with polyurethane gives a uniform shine and a long-lasting like new appearance. Bycast leather looks best, they say, on furniture with taut seat cushions and pillows. It can easily be cleaned with a damp cloth. New bycast leather furniture can have a slight chemical smell, but this typically dissipates about a week after the piece is exposed to air.
Bycast Leather Durability

Bycast Leather is desired for its unique shine and easy care. It is a combination of natural leather hides processed and bonded to a man-made surface covering and then coated with a thick layer of polyurethane. In addition to the highly desirable shiny look, the coating helps prevent scratching, gives it a higher resistance to sunlight fading and is an excellent dirt-repelling surface. Bycast can be a top grain or split hide but in either case it is ironed very smooth to remove most of the natural graining. To clean, simply use a damp towel. Heat from a hairdryer can be used to remove light scratches.

Bonded Warehouse and Warehouses Info

Bonded Warehouse

A bonded warehouse is a building or other secured area in which dutiable goods may be stored, manipulated, or undergo manufacturing operations without payment of duty. Bonded Warehouse may be managed by the state or by private enterprise. In the latter case a customs bond must be posted with the government. This system exists in all developed countries of the world.

Upon entry of goods into the warehouse, the importer and warehouse proprietor incur liability under a bond. This liability is generally cancelled when the goods are:

. exported or deemed exported;
. withdrawn for supplies to a vessel or aircraft in international traffic;
. destroyed under Customs supervision or
. withdrawn for consumption domestically after payment of duty.

While the goods are in the bonded warehouse, they may, under supervision by the customs authority, be manipulated by cleaning, sorting, repacking, or otherwise changing their condition by processes that do not amount to manufacturing. After manipulation, and within the warehousing period, the goods may be exported without the payment of duty, or they may be withdrawn for consumption upon payment of duty at the rate applicable to the goods in their manipulated condition at the time of withdrawal. In the United States, goods may remain in the bonded warehouse up to five years from the date of importation.

Bonded warehouse provide specialized storage services such as deep freeze or bulk liquid storage, commodity processing, and coordination with transportation, and are an integral part of the global supply chain.

Fashion Watch Overview and Information

Fashion Watch

Wristwatches are often appreciated as jewelry or as collectible works of art rather than just as timepieces. This has created several different markets for wristwatches, ranging from very inexpensive but accurate Fashion watch (intended for no other purpose than telling the correct time) to extremely expensive Fashion watch that serve mainly as personal adornment or as examples of high achievement in miniaturization and precision mechanical engineering.

Traditionally, men’s dress watches appropriate for informal, semi-formal, and formal attire are gold, thin, simple, and plain, but recent conflation of dressiness and high price has led to a belief among some that expensive rugged, complicated, or sports Fashion watch are also dressy because of their high cost. Some dress watches have a cabochon on the crown and many women’s dress watches have faceted gemstones on the face, bezel, or bracelet. Some are totally made out of facetted sapphire (corundum).

Many fashion and department stores offer a variety of less-expensive, trendy, costume Fashion watch (usually for women), many of which are similar in quality to basic quartz timepieces but which feature bolder designs. In the 1980s, the Swiss watch company hired graphic designers to redesign a new annual collection of non-repairable Fashion watch.

Still another market is that of geek watches that not only tell the time, but incorporate computers, satellite navigation, complications of various orders, and many other features that may be quite removed from the basic concept of timekeeping. A dual-time watch is designed for travelers, allowing them to see what time it is at home when they are elsewhere.

Fashion Watch Making Companies

Most companies that produce watches specialize in one or some of these markets. Companies such as Patek Philippe, Blancpain and Jaeger-LeCoultre specialize in simple and complicated mechanical dress Fashion watch. Companies such as TAG Heuer, Breitling, Panerai and Rolex specialize in rugged, reliable mechanical watches for sport and aviation use. Companies such as Casio, Timex, and Seiko specialize in Fashion watch as affordable timepieces or multifunctional computers.

Polyethylene Fabric, Clothing, Material and Uses

Polyethylene Fabric

Polyethylene fabric is a distinct fabric that is highly acclaimed in the domestic and industrial sectors. It is known for its unmatchable density and strength that is superior to all others. It is a type of a synthetic fabric that is manufactured in the labs. The polymerizing the ethylene results in the stiffer product called polyethylene that is later used for the fabric. Polyethylene fabric is used for loads of purposes.

Polyethylene fabric is the finest replacement of the traditional fabrics for all kinds of bags. Polyethylene fabric is able to hold a lot more weight than previous ones. People like it as is very light and is wear and tear resistant. Also, it is highly elastic that makes it stretchy. It is used in various toys like jumping pads.

Polyethylene Uses

Polyethylene Uses include in machinery. Also, the tough woven Polyethylene uses include in the industries at the large scale. The newest technology in the polyethylene fabric has enhanced the usability of the fabric, like in manufacturing and packaging units.

Polyethylene Uses include in sandwich bags, cling wrap, car covers, squeeze bottles, liners for tanks and ponds, moisture barriers in construction, freezer bags, water pipes, wire and cable insulation, extrusion coating.

Brooch Material, Fibulae Information and Fibula


A Brooch is a decorative jewelry item designed to be attached to garments. It is usually made of metal, often silver or gold but sometimes bronze or some other material. Brooches are frequently decorated with enamel or with gemstones and may be solely for ornament or sometimes serve a practical function as a fastening, perhaps for a cloak.

Brooch History

The earliest known brooches are from the Bronze Age. As fashions in brooches changed rather fast, they are important chronological indicators.

The fibula or fibulae is an ornamental clasp used by Romans, Greeks and also by Celts and migratory tribes in Europe from the Early Bronze Age. They may have replaced fibulae made of more perishable Neolithic materials, such as bone to as late as 800 AD. Fibulae are useful type-objects: carefully catalogued local typologies, dating and distribution of fibulae can help date finds where neither numismatic nor ceramic materials provide a secure date. Fibulae were shaped somewhat like a large safety pin and were used to hold clothing together. They came in many varieties and held prominent significance for the identity of the wearer, indicating ethnicity (until local costume became Romanized) and class. Elaborately designed fibulae were an important part of Late Antique dress, and simpler ones were part of Roman military equipment.

Brooch Fashion

Brooch is usually Embellished with Precious Stones in Metals like

  • Gold
  • Silver
  • Platinum
  • Precious and Semi-Precious Stones

Brooch is considered a vital part of all jewelry items and compliment any formal or informal attires. In India, ivory, fashioned into plain, as well as carved brooches, has been replaced by animal bone that has same color and texture.

Brooch Material

  • Brass
  • Alluminium
  • Wood
  • Plastic
  • Horn / Bone
  • Glass

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