Steam solenoid valve selection

In our daily life, the steam we touch is often divided into two types: 1. The boiler steam - the saturated steam, the saturated steam temperature and pressure are relatively stable, the temperature is lower than 250 ℃ and the working pressure is lower than 1.6Mp. 2, the steam out of the thermal power plant - superheated steam, superheated steam temperature changes in the base pressure of a large temperature up to 400 or more, the working pressure is lower than 4.0Mpa. For the first type of steam, we usually choose the soft-sealed steam solenoid valve as follows: Structural Features: The valve is a pilot-operated secondary open solenoid valve consisting of two main components, the auxiliary valve and the main valve. Heat: electromagnetic part of the seal part with special high temperature electrical and sealing materials, and applied a variety of thermal insulation measures. Wear-resistant: reasonable selection, the valve cup and the guide between the clever use of the fluid lubrication, reduce wear and improve life resistance to condensation: steam pipe condensate is an important factor affecting the action of steam solenoid valve, the valve is not affected by condensation . Other uses - soft seal steam solenoid valve solenoid valve can also be widely used in this series of textile, printing, chemicals, plastics, rubber, pharmaceuticals, food, building materials, machinery, electrical appliances, surface treatment and scientific research departments and bathrooms, canteens, air conditioners and other controlled system. For the second type of steam, we usually choose the hard seal of the steam solenoid valve as follows: Structural features: The use of metal hard seal to improve the product temperature and service life. Material selection, valve cup and guide the clever clever use of the fluid lubrication, to reduce wear and tear. Other Uses - Hard Seal Steam Solenoid Valve This product has a wide range of common media, which can be used for fluids such as water, light oil, heavy oil, non-corrosive gas and steam respectively. Such as power station suction pipe drainage system and evaporator exhaust system, mainly in the pipeline for two-way automatic adjustment of media and remote control. Working status: Normally closed - Power on, power off normally open - Power off, power off. This article Keywords: solenoid valve

CIP Composites

COMPOSITE MATERIALS

CIP composite


CIP Composite are laminated polymer materials made by impregnating textiles with thermoset resins. Solid lubricants are added to the resin to provide evenly dispersed lubrication throughout the material, inherently eliminating the need for external lubrication. CIP offers customers an array of different textile, lubricant and resin combinations. We determine the best combination based on application criteria and environment.


There are many benefits to CIP Composite materials. Those listed below are the most common benefits that are applicable in most applications, for a complete list visit our benefits page or visit our industry pages.


Self-lubricating

Solid lubricants are dispersed evenly throughout the material, eliminating the need for external lubrication. Offering a variety of advanced lubricants, additives and material combinations CIP can provide a product solution for a wide scope of application demands.


Replaces Bronze

CIP Composites are ideal for replacing traditional bronze and plugged bronze bearings. Metallic bearings require a consistent film of external lubrication for operation. CIP Composites can reduce or eliminate external lubrication systems with its self lubricating properties. Graphite plugged bronze bushings rely on full rotational movement to create an even lubrication layer. In slow oscillating applications, the lubrication layer may be uneven or non-existent and high friction or stick-slip can become a concern. CIP`s even distribution of lubrication additives allow for low dynamic and static coefficients of friction, eliminating stick-slip and noise.


100% Bearing Material

Cip Composite Material are lubricated completely throughout the bearing and have no fiberglass or metallic shell. The ability to make a material that has no abrasive fillers or reinforcements allows CIP to provide a product that will not damage the shaft material, and risk equipment failure due to abrasive contact surfaces.


High Load / Slow Rotating Capacity

Ideal for high load, slow speed applications.


Composite Material are Made in the USA

Manufactured in Eugene, Oregon, centrally located for timely air and/or sea shipments. CIP uses domestically sourced materials for the production of its composite materials.



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