| Quantity: | |
|---|---|
JH-WT027
Glorylab
8481809000
Model:JH-WT027
Lab Faucet material: The faucet is made of sturdy brass material.
Coating: It is covered with high-quality matte epoxy powder, which is resistant to chemicals, ultraviolet radiation, and high temperatures.
Ceramic headband: The faucet is equipped with a ceramic headband that can withstand 500000 cycles of use and rotate 90 degrees. It can handle a maximum hydrostatic pressure of 10 bar.
Accessory: The faucet is equipped with a detachable brass serrated nozzle and splash proof water filter, making it more convenient.
Handle: The faucet adopts an ergonomic handle and high-quality PP knob.
Flexible nozzle: The nozzle can rotate 360 ° for easy operation.
- We use high-quality brass with a national 59-1 grade (special grade A) or H63 grade, which has a high copper content, hardness, and minimal impurities, ensuring resistance to deformation.
- Our production process is improved by utilizing modern CNC lathes, milling machines, and automatic molding machines, enhancing efficiency and accuracy.
- We employ the most advanced CNC process globally, allowing for multi-channel processing in a single operation, ensuring precise size and surface finish.
Remark:
This triple-outlets laboratory faucet is the most popular model among all taps in laboratories, especially in school, university and institution because of its excellent practibility.
Drawing:
Raw Material:
Working Status:
Production Picture:
1. Easy use: Compared with traditional faucets, three-way laboratory taps can supply water to multiple water points simultaneously, improving water efficiency.
2. Diversified water source options: Three laboratory faucets typically provide three types of water sources: cold water, hot water, and deionized water. Cold water is used for routine cleaning and cooling operations, hot water is suitable for high-temperature treatment or cleaning stubborn stains, while deionized water is suitable for experiments with strict water quality requirements to ensure the accuracy and reliability of experimental results.
3. Improve experimental efficiency: Experimenters do not need to switch between different water sources, and can obtain the desired water source through simple rotation or pressing operations, saving time and energy, reducing the complexity of operations and the possibility of errors.
4. Ensure experimental safety: Accurate water flow control and stable water pressure output reduce the risk of accidents caused by unstable or excessive water flow, especially in chemical reaction processes, where precise control of water addition and speed is crucial.
Model:JH-WT027
Lab Faucet material: The faucet is made of sturdy brass material.
Coating: It is covered with high-quality matte epoxy powder, which is resistant to chemicals, ultraviolet radiation, and high temperatures.
Ceramic headband: The faucet is equipped with a ceramic headband that can withstand 500000 cycles of use and rotate 90 degrees. It can handle a maximum hydrostatic pressure of 10 bar.
Accessory: The faucet is equipped with a detachable brass serrated nozzle and splash proof water filter, making it more convenient.
Handle: The faucet adopts an ergonomic handle and high-quality PP knob.
Flexible nozzle: The nozzle can rotate 360 ° for easy operation.
- We use high-quality brass with a national 59-1 grade (special grade A) or H63 grade, which has a high copper content, hardness, and minimal impurities, ensuring resistance to deformation.
- Our production process is improved by utilizing modern CNC lathes, milling machines, and automatic molding machines, enhancing efficiency and accuracy.
- We employ the most advanced CNC process globally, allowing for multi-channel processing in a single operation, ensuring precise size and surface finish.
Remark:
This triple-outlets laboratory faucet is the most popular model among all taps in laboratories, especially in school, university and institution because of its excellent practibility.
Drawing:
Raw Material:
Working Status:
Production Picture:
1. Easy use: Compared with traditional faucets, three-way laboratory taps can supply water to multiple water points simultaneously, improving water efficiency.
2. Diversified water source options: Three laboratory faucets typically provide three types of water sources: cold water, hot water, and deionized water. Cold water is used for routine cleaning and cooling operations, hot water is suitable for high-temperature treatment or cleaning stubborn stains, while deionized water is suitable for experiments with strict water quality requirements to ensure the accuracy and reliability of experimental results.
3. Improve experimental efficiency: Experimenters do not need to switch between different water sources, and can obtain the desired water source through simple rotation or pressing operations, saving time and energy, reducing the complexity of operations and the possibility of errors.
4. Ensure experimental safety: Accurate water flow control and stable water pressure output reduce the risk of accidents caused by unstable or excessive water flow, especially in chemical reaction processes, where precise control of water addition and speed is crucial.
