The electric baking cage tea dryer can precisely control the temperature, has rich and diverse functions, is suitable for small tea factories, can replace charcoal baking, and can enhance the aroma of tea.
The Hidden Manual Electric Filter Paper Tea Cup Machine, as a semi-automatic sealing and packaging machine, is suitable for packaging various types of tea. It places tea cups on molds for pressing, precise, fast, simple and easy to use, and can produce an average of 500 cups per hour.
The DL-4CD-35N Electric Tea Picker has a cutting width of 35cm and is equipped with an 18V 5.2Ah cordless lithium battery to eliminate wire interference during operation. The working time can be up to 8 hours, and it can pick 150 kilograms of fresh tea leaves in one hour.
DL-6CY1-15 mainly used for pressing cake tea, brick tea, chocolate type tea, the pressure and time can be adjusted, using hydraulic control, tea shaping is better. Machine has 1 working stations, 1 workers can operate the machine at the same time, 1 hour can press 35kg cake tea.
The main function is to inject nitrogen gas after the internal vacuum, allowing the tea to ferment in an anaerobic environment, producing more amino acids (GABA is gamma aminobutyric acid). GABA is a natural chemical substance, equipped with fully automatic vacuum pumping, nitrogen injection and tea fermentation functions. At the same time, it can display gas pressure, nitrogen purity, etc. in real time.
Halogen Rapid Moisture AnalyzerIis mainly used to measure the water content of tea and other foods, with an accuracy of 0.01%. The moisture meter is small in size and fast in measurement, which is suitable for various tea plants
Flat type tea press shaping machine mainly for LongJing Tea, through the computer control program, the manual operation processes such as tea feeding, fixation, flat shaping, polishing are changed into computer control, so that the evenness of each batch of tea can be adjusted and controlled
DL-6CRT-75 tea rolling machine has double action, mainly for tea twisting, drum diameter 75cm, capacity about 120 kg per batch.
This article provides guidance on choosing a gasoline engine tea harvester by considering factors such as field conditions, performance needs, quality and durability, ease of operation and maintenance, and cost.
This blog explores the features and applications of fuel-powered tea harvesters, highlighting their advantages in large tea gardens while also discussing some considerations for their use. In the world of tea harvesting, fuel-powered tea harvesters play a significant role, especially in large-scale tea plantations.
This blog post discusses the different types of tea harvesters, classified by power source, harvesting method, and operation mode. It provides an overview of the characteristics and applications of each type to help tea growers and enthusiasts understand the available options for tea harvesting.
Wither is an important link in the tea production process. The main purpose is to moderately dissipate the moisture in the tea leaves, soften the leaves, and facilitate subsequent processing. The following is some introduction about withering tea
The world of tea harvesting is evolving, and one of the significant advancements is the emergence of wireless battery tea harvesters. These innovative machines are set to redefine the way tea is harvested.
Let's take a look at the current market situation. The tea harvester industry has been experiencing continuous growth, with the market size reaching significant figures in recent years. Moreover, the demand for wireless charging technology is on the rise, not only in the context of tea harvesters but also in various other sectors.
When it comes to the development trends, we can expect to see improvements in the performance and efficiency of wireless battery tea harvesters. Technological advancements will likely lead to longer battery life, faster charging times, and more powerful motors.
The advantages of these harvesters are quite notable. The absence of wires offers unparalleled convenience and flexibility, allowing operators to move freely within the tea plantation. Additionally, the elimination of wires reduces the risk of entanglement and electrical hazards, enhancing safety.
However, there are challenges that need to be addressed. One of the main concerns is the relatively high cost of these machines, which might pose a barrier to their widespread adoption, especially in regions with limited budgets. Another issue is the limited battery life, which could potentially disrupt the harvesting process if not managed properly.
In conclusion, while wireless battery tea harvesters present a promising future, there are obstacles to overcome. With continued technological progress and an increasing focus on meeting market demands, there is a strong possibility that they will become the dominant choice in the tea harvesting market in the years to come.
