Шамшырақтар тарихы: ежелгі дәуірден бүгінгі күнге дейін

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Candle making was developed independently in a number of countries around the world. Candles were primarily made from tallow and beeswax in Europe from the Roman period until the modern era, when spermaceti (from sperm whales) was used in the 18th and 19th centuries, and purified animal fats (stearin) and paraffin wax since the 19th century. Chinese candles may be made from beeswax, or stillingia tallow from Chinese tallow tree, or Chinese wax derived from insects. While the Japanese may use Japan wax from the Japanese wax tree. In India, wax from boiling cinnamon was used for temple candles. However, the candles used in the early periods may not resemble current forms and were likely made from plant materials dipped in animal fat. Ancient Greeks offered to moon goddess Artemis moon shaped honey cakes said to be lit by little torches or candles, and this has been proposed as the origin of the tradition of putting candles on birthday cakes. However, cakes with any resemblance to modern Western birthday cakes only arose by around 1600 in Europe. and ancient Greece used torches and oil lamps, and may have adopted candle use only in a later period from Rome. It is often believed that the use of wicked candles developed in Italy in the Etruscan period; a picture of a candlestick exists in an Etruscan tomb at Orvieto, and the earliest Etruscan candlestick may date from the 7th century BC. Candles may have evolved from tapers with wicks of oakum and other plant fibre soaked in fat, pitch or oil. Candles of antiquity were made from various forms of natural fat, tallow, and wax, and Romans made true dipped candles from tallow and beeswax. Beeswax candles were expensive and their use was limited to the wealthy. Oil lamps were the most widely used source of illumination in Roman Italy, but candles were common and regularly given as gifts during Saturnalia. In Christian churches, candles gained significance in their decorative, symbolic and ceremonial uses. Wax candles, or candelae cereae recorded at the end of the 3rd century, were documented as Easter candles in Spain and Italy in the 4th century, the Christian festival Candlemas was named after the candle, and Pope Sergius I instituted the procession of lighted candles. Papal bulls decreed that tallow be excluded from use in altar candles, and high beeswax content was necessary for the candles of the high altar. Beeswax was a byproduct of honey collection, and it was collected after honey had been extracted, and purified by boiling it in seawater a few times. The early candles were produced using a number of methods: dipping or drawing the wick in molten fat or wax repeatedly until it reached the desired size, building the candle by hand by rolling soft wax around a wick, or pouring fat or wax onto a wick to build up the candle. The use of moulds was a 14th century development. In China, the mausoleum of Qin Shi Huang (259–210 BC), first emperor of China, was said by historian Sima Qian to contain candles made from whale fat. The word zhú was used for "candle" during the Warring States period (403–221 BCE); some excavated bronzewares from that era feature a pricket thought to hold a candle. The Han dynasty (202 BC – 220 AD) Jizhupian dictionary of about 40 BC hints at candles being made of beeswax, while the Book of Jin (compiled in 648) covering the Jin dynasty (266–420) makes a solid reference to the beeswax candle in regard to its use by the statesman Zhou Yi (d. 322). Sieur de Brez introduced the technique of using a mould, although candles had a tendency to stick to the mould and break when it was being removed from the mould. Real improvement for the efficient production of candles with mould was only achieved in the 19th century. In the Middle East, during the Abbasid and Fatimid Caliphates, beeswax was the dominant material used for candle making. Beeswax was often imported from long distances; for example, candle makers from Egypt used beeswax from Tunis. Wax from a plant, stillingia tallow from Chinese tallow tree, may be used to make candles together with beeswax. Stillingia tallow has a low melting point and it therefore may be encased with the harder beeswax. The Chinese may have started cultivating the tallow tree in the Yangtze Delta region in the 7th century. Wax from the plant was commonly used to make Buddhist ceremonial candles. Another type of wax, the Chinese wax derived from insects and resembles the best spermaceti, may also be used. The production of Chinese wax was mastered by the Yuan dynasty. The Japanese have similar candle making techniques as the Chinese, but they also developed a method of moulding candles using paper tubes. They may use Japan wax from the Japanese wax tree for making candles. Wax from boiling cinnamon was used for temple candles in India. At this time, candlemakers also began to fashion wicks out of tightly braided (rather than simply twisted) strands of cotton. This technique makes wicks curl over as they burn, maintaining the height of the wick and therefore the flame. Because much of the excess wick is incinerated, these are referred to as "self trimming" or "self consuming" wicks. In 1848 James Young established the world's first oil refinery at the Alfreton Ironworks in Riddings, Derbyshire. Two paraffin wax candles were made from the naturally occurring paraffin wax present in the oil, and these candles illuminated a lecture at the Royal Institution by Lyon Playfair. In the mid 1850s, James Young succeeded in distilling paraffin wax from coal and oil shales at Bathgate in West Lothian, and developed a commercially viable method of production. The paraffin wax was processed by distilling residue left after crude petroleum was refined. Paraffin could be used to make inexpensive candles of high quality. It was a bluish white wax, burned cleanly, and left no unpleasant odor, unlike tallow candles. A drawback to the substance was that early coal and petroleum derived paraffin waxes had a very low melting point. The introduction of stearin, discovered by Michel Eugène Chevreul, solved this problem. Stearin is hard and durable, with a convenient melting range of 54–72.5 °C (129.2–162.5 °F). By the end of the 19th century, most candles being manufactured consisted of paraffin and stearic acid. By the late 19th century, Price's Candles, based in London, was the largest candle manufacturer in the world. The company traced its origins back to 1829, when William Wilson invested in of coconut plantation in Sri Lanka. His aim was to make candles from coconut oil. Later he tried palm oil from palm trees. An accidental discovery swept all his ambitions aside when his son George Wilson, a talented chemist, distilled the first petroleum oil in 1854. George also pioneered the implementation of the technique of steam distillation, and was thus able to manufacture candles from a wide range of raw materials, including skin fat, bone fat, fish oil and industrial greases. In America, Syracuse, New York developed into a global center for candle manufacturing from the mid nineteenth century. Manufacturers included Will & Baumer, Mack Miller, Muench Kruezer, and Cathedral Candle Company.

Despite advances in candle making, the candle industry declined rapidly upon the introduction of superior methods of lighting, including kerosene lamps, and from 1879 the incandescent light bulb. From then on, candles came to be marketed as more of a decorative item. Candles retain their unique symbolic significance, for instance as votive offerings. Candles became available in a broad array of sizes, shapes and colors, and consumer interest in scented candles began to grow. During the 1990s, new types of candle waxes were being developed due to an unusually high demand for candles. Paraffin, a by product of oil, was quickly replaced by new waxes and wax blends owing to rising costs. Candle manufacturers looked at waxes such as soy, palm and flax seed oil, often blending them with paraffin to achieve the performance of paraffin with the price benefits of the other waxes. The creation of unique wax blends, now requiring different fragrance chemistries and loads, encouraged candle wick manufacturers to innovate to meet performance needs with the often tougher to burn formulations.