monel400 reducer, uns n04400 reducer, monel400 con.reducer, monel400 stub end, monel 400 elbow, monel 400 cross, monel 400 tee, monel 400 red.tee, uns n04400 elbow 90DEG, uns n04400 con. reducer, uns n04400 cross, uns n04400 tee, inconel 625 pipe, monel 400 pipe, ,inconel625 reducer, inconel 625 cross, inconel625 tee, inconel 625 stub end Inconel625 pipe, inconel625 elbow, monel 400 pipe, monel400 pipe fittings, monel400 reducer, UNS N04400 stub end SUZHOU RSF VALVE CO.,LTD , https://www.rsf-valve.com
Therefore, according to the technical requirements of the product, a vulcanization process was established to regulate the temperature rise time, temperature time and temperature fluctuation range of the vulcanizer.
1. Characteristics of Steam Traps 2. How to choose the steam trap for the vulcanizer
The normal operation of the steam trap greatly affects the performance and efficiency of the steam service equipment, including the vulcanizer. At the same time, it also affects the service life of these equipments, sometimes causing unexpected and serious accidents, causing huge losses to the enterprise. Therefore, it is important to choose a steam trap, which should be selected from the following bidding performance:
(1) Ability to discharge saturated water and subcooling
The steam turns to heat and becomes saturated water. If the trap can discharge saturated water, the fresh steam is replenished into the vulcanizer in time to keep the equipment at a high temperature, which can improve production efficiency and product quality. Free float type, lever float type, float type trap can discharge saturated water, and the degree of undercooling is 0-2 °C.
Subcooling is the absolute value of the difference between the temperature at which the trap can continuously discharge hot condensate and the saturation temperature at the corresponding pressure. The trap that discharges saturated water can drain at point C. The trap that can not discharge saturated water can only drain at point E. The temperature difference between point C and point E is called subcooling.
Disc type, bimetal type, bellows type and other traps are not suitable for use in vulcanizers because of the large degree of subcooling.
(2) The back pressure of the trap is also an important indicator affecting the operation of the trap. The back pressure rate is high, and it can work normally when the back pressure is high when the condensate is recovered.
(3) The trap has a non-return function, which can prevent the reverse flow of condensed water from adversely affecting the vulcanizer when a single vulcanizer stops working, causing malfunction and affecting service life.
(4) Select a trap that can be used for superheated steam.
(5) A trap that can be continuously drained and has a large displacement and a long service life.
Choosing a steam trap can save a lot of energy and money. Of course, perhaps a one-time investment is bigger, but in the long run it is cost-effective, which can not only ensure product quality, but also greatly improve work efficiency.
The vulcanizer is an important equipment of the rubber plant. How to make the vulcanizer work well is related to various problems such as product quality, production efficiency and production cost. Moreover, the steam trap is a key component that affects the normal operation of the vulcanizer.