Constant temperature culture shaker

The characteristics of the constant temperature culture shaker are convenient and convenient, so that the oscillation amplitude adjustment can easily complete the intelligent sound and light alarm environment scanning micro-processing controller.
LCD large-screen backlit LCD display shows the setting parameters and measured parameters of the operating parameters encryption lock, to avoid human error operation parameter memory function, to avoid cumbersome operation AC induction long-life motor design, wide speed, constant torque, constant speed, no Carbon brush, maintenance-free over-temperature sound and light alarm function, motor overheating, temperature out of control, abnormal over-temperature instrument automatically cut off each power supply thermostatic culture shaker with power-off recovery function, after the external power supply suddenly loses power and calls again, the device can automatically press the original The program resumes the operation control acceleration line to ensure the slow start of the shaker, smooth acceleration, ensure the safety of the experimental sample, the aesthetic design concept of the streamlined luxury machine shape, electrostatic spray box, large screen tempered glass window

Constant temperature culture shaker technical indicators:
Rotation frequency: 40 ∽ 300 rpm
Frequency accuracy: ±1rpm
Pendulum amplitude: Φ25mm
Maximum capacity: 100ml × 48 or 250ml × 24 or 500ml × 24
Standard configuration: 250ml × 24
Pallet size: 500 × 350 (mm)
Timing range: 0-999 hours (Hour)
Temperature control range: ambient temperature 5 ° C -60 ° C
Temperature control accuracy: ±0.1 °C (constant temperature state)
Temperature uniformity: ±1 °C
Digital display mode: LCD
Number of pallets: 1 Dimensions: 700 × 560 × 1260 (mm)
Net weight: 150kg
Volume: 600 × 440 × 650 (mm) (170L)
Power: 436W
Power: AC 220V ± 10% 50 ∽ 60HZ

Food coloring is a kind of pigment, that is, a Food Additive that can be eaten by a proper amount to change the original color to a certain extent. 

Food coloring is also divided into natural and synthetic as well as food flavor.

Colorants can be classified into synthetic colorants and natural colorants by source.

According to the solubility of the coloring agent: it can be divided into a fat-soluble coloring agent and a water-soluble coloring agent.

Natural pigments are mostly made from naturally colored plants. These colored plant components, skin, shell, leaf, slag, etc. are often used for comprehensive utilization. It is also made from animals, such as lac dye (cochineal pigment), as well as microbes, such as monascus pigments. In addition to the caramel color, the caramel color is obtained by heating and coking the sugar substance at a high temperature, and is mostly extracted with water or a related solution, further refined, and concentrated and dried. There are also direct application of the colored plant components by drying and pulverizing. It is also produced by biotechnological methods such as tissue culture. There is a method of artificial chemical synthesis to obtain natural-identical colours such as β-carotene, which is chemically stronger than general synthetic pigments.
Natural pigments such as microbial pigments, plant pigments, and mineral pigments extracted from animal and plant tissues and minerals, among which edible foods are called natural food colorings. It is widely used in medicines and foods, and it is allowed to use shellac pigment, safflower yellow pigment, beet red, capsanthin, red yeast rice, turmeric, β-carotene, copper chlorophyllin sodium salt, sauce color and the like. When using food coloring, its color, taste and smell should be coordinated with natural objects or habits.

Edible synthetic pigments generally have bright color, strong coloring power, good stability, no odor and tasteless, uniform quality, easy to dissolve and color, and low cost, and are widely used for coloring of candy, cake color and soft drinks. Lakes are widely used in the manufacture of confectionery, fat-based foods and food packaging materials. Although edible natural pigments can be widely used for coloring a variety of foods, generally the coloring power and stability are not as good as the consumption of synthetic pigments, and the cost is high. Inorganic Pigments are rarely used, and are mostly limited to food surface coloring.

Edible Pigment

Natural Edible Pigment,Edible Pigment,Tricalcium Phosphate,Additive Boron Citrate

Jinan Huijinchuan Chemical Industry Co., Ltd. , https://www.hjcchemical.com