* One to two piece valve body only
* Various alloy metals with high resistance to corrosion according to the fluid determined by the user: Stainless Steel type 316, Carpenter 20, Monel, Hastelloy C, and Special Alloys.
* Laminar Flow Only: Sphere flow diameter is smooth and smooth. Dramatically increase ball life by eliminating cavitation (implosion).
* The valve is bidirectional, also it operates in any position.
* Full operation with just a quarter turn.
* Complete hermeticity.
* No requiere lubricación a lo largo de su vida.
* Manual or automatic operation.
* It accepts any type of automatic operator, the body of the valve is designed to be assembled from the factory.
* High-tech packaging with automatic adjustment by pressure and temperature variation.
* Its construction is the most robust to guarantee a long life.
* It is the most "economical" valve, its long life, high resistance to attack by corrosive fluids, tightness and great ease of maintenance, reduces the high costs of plant stoppages.
* Immediate availability of spare parts.
* When a high volume of fluid is required to be controlled, there are "full bore" designs for both threaded and flanged ball valves.
* Very low torque in its closing and opening operation

* It uses an ingenious but highly technical principle, where we rotate a perforated sphere, with a mirror-polished external surface to practically reduce friction to zero, at an angle of 0 to 90, each time we want to close or open the passage of the fluid that we want. check
* The sphere is supported within a metal body by means of two TEFLON gaskets.
* The geometry guarantees a total hermeticity in the valve operation, eliminates the need to lubricate, the gaskets adjust to the variation of pressure, temperature and wear.
* Our valve guarantees the reduction of production and maintenance costs to the lowest level that can be obtained from any type of valve on the market.

* OyMMR Flanged Polymer Seated Ball Valves offer a patented flexible lip seat design that provides reliable bi-directional shutoff for a variety of applications in industries ranging from chemical, oil and gas to power, pulp and paper.
* THE "Double Seal" BALL VALVE controls and regulates the passage of fluids by means of a channel that crosses the sphere. The design and construction of the valve ensure a laminar flow without pressure loss due to friction.
* THE FLOATING SPHERE is housed between two seats of special patented design that are, in themselves, true self-adjusting bearings to the conditions of temperature, pressure and wear. This design prevents valve leakage. When the ball passage is returned to the "closed" position, an absolute lock is effected on both sealing surfaces, allowing the valve to maintain the level of pressure or vacuum with equal effectiveness, whichever is the case. flow direction. "Double seal" means a perfect seal, without leaks, even in operating systems.

* Hermetic stem seal
• Static Seal
• Bidirectional flow
• Teflon Liner
• Against fire.
* Weld end valve with reverse lip design on the diaphragm to provide hermetic stem seal, Teflon liner, hermetic shut-off, static seal. Great male port opening, with reduced pressure drop and CV coefficient of high value

* The reverse lip design of the diaphragm provides a tight seal on the stem.
* The Teflon jacket is firmly attached to the body.
* The closure of this valve is hermetic, and the adjustment can be made on the pipe line.
* The Flow can be bidirectional; 150 lbs and 300 lbs threaded and flanged valves can be supplied. ANSI; operating range is -100°F (73°C) to 400°F (240°C).
* Due to the large plug port opening, the pressure drop is low and the CV coefficient gives a high value.
* The tap key can be operated in any of the four quadrants, thus avoiding a possible obstacle; this valve presents an effective stop for said key.
* The unique design of the tap (conical shape as well as the body provide a reduced value of the torsional moment of rotation).

* OyM Valve offers a complete line of oxygen valves, ranging from laboratory requirements to basic oxygen furnace systems for steel. The patented design of its seals ensures an absolutely effective closure.
* Threaded ball valves designed to ANSI Class 150 and ANSI Class 300 are included for this use. The recommended materials from which these valves are manufactured are 316 stainless steel and monel. They can also be supplied in carbon steel, but due to the nature of the oxygen handling hazard, this material is not recommended.
* OyM Valve follows a strict procedure to ensure the cleanliness of all valves specified for oxygen use or service taking into consideration the inherent danger of oxygen reacting with any residual grease, oil or combustible material that may remain in the piping system. All parts are first carefully examined to make sure they are free of burrs, chips, or any foreign material. They are then thoroughly washed, rinsed and then dried in filtered, oil-free air.

* These K series valves have been developed by OYM VALVE to handle all concentrations of hydrogen peroxide. These valves resist the corrosive effects of peroxide and limit its decomposition to a minimum.
* The valve design includes features that eliminate the possibility of hydrogen peroxide being trapped in any enclosed area where it could create pressure and rupture the valve body. Most important are the special Teflon seats with the characteristic OYM VALVE flexible lip construction. These seats are designed to allow valve relief in the direction of flow at less than 200 psi pressure within the valve body.
* A special assembly procedure is used on hydrogen peroxide valves, including restriction on the use of solvents and lubricants, traces of which can cause decomposition or violent combustion of the peroxide.

* Their unique design makes OYM Double-Seal ball valves ideal for handling liquid or gaseous chlorine. These valves have satisfactorily covered the requirements of both producers and users of chlorine.
* Most important of all is the patented seal design found in this type of valve. The valve's flexible lip seats not only provide absolutely effective closure, but in the event of excessive pressure buildup in the body, the seats flex, safely venting chlorine to the higher pressure side (clockwise). of flow) from the valve.
* There are additional features that prevent leakage to the atmosphere. Teflon stem seals that seal to the corners prevent leakage through the stem inlet while other potential leak points are eliminated by the integral design of OYM flanges and their highly effective teflon body seals that seal between the body and the body cover of OYM threaded valves.

* Whenever it is necessary to handle highly viscous materials or materials that solidify at room temperature OYM VALVE can provide valves with steam jackets or other heat transfer element to ensure free flow through the valve.
* Jacketed valves are rated for 150 psi service. The standard connection arrangement of the jacket is with two connections (side) and one connection on the bottom side. Other valve arrangements for vertical or inverted mounting can also be obtained upon request.
* OYM Jacketed Ball Valves have flanged ends and are obtained with a full jacket extending from one flange to the other where the original flanges have threaded blind inserts for flange bolts (instead of through-holes) also allowing the use of standard pipe flanges for any valve size.

* When valves with But Well weld ends are required, OYM offers A and AZ series valves from 1/4" to 2" inserts of the same material as the valve body prepared to butt weld in the field without risk of damage. the seats.

* OyM Valve offers several types of ball valves for services with a risk of fire where it is necessary to minimize leakage when the valve is exposed to flammable conditions. Valves that continue to provide effective shutoff even after a fire has occurred are called fireproof valves.
* OYM VALVE fireproof valves are constructed with metal secondary seats. These seats, located behind the polymer seats, are integral sections of the body cover or body insert.
* Under normal conditions the polymer seats provide a perfectly tight seal to the sphere. However, in the event that the polymer seats have been destroyed by fire, the ball will be seated on the secondary metal seat on the side opposite to the direction from which the flow comes, effectively closing the entire valve.

*robust construction in a single piece, it is manufactured in Carbon Steel, Stainless Steel and other alloys.
* Full drive with only a quarter turn
* High laminar flow capacity in any direction
* Elimination of leaks.
* Unnecessary lubrication.
* minimal maintenance.
* Manual or automatic operation
* Flexible design packaging with automatic adjustment to pressure and temperature.
* Solid and resistant construction
* No springs or springs
* Designed for coupling any type of actuator.

*Oym VALVE manufactures the threaded end HP style valve specifically designed to handle a wide range of fluids in both the liquid phase and high pressure gas phase.
* The HP valve is made of forged bar whose main characteristic is its mechanical resistance capable of withstanding the most adverse operating conditions. The valve body with this feature prevents the possibility of leakage through union in the body.
* Access to the interior of the valve is from one end and the internal parts are held in place by means of a threaded insert. Additional features make this valve the best selection for both hydraulic and pneumatic high-pressure control systems.
* Its unobstructed flow pattern minimizes pressure drop across the valve, maintaining system pressure requirements. The design of seats and the material of manufacture of the same make the valve operation easy even under the maximum pressure conditions in the line. Because the friction between the ball and the seats is minimal, no lubrication is required. The effectiveness of the HP valve is the result of including the flexible lip seat design which automatically compensates for pressure and temperature changes as well as wear.

The special characteristics of the OYM VALVE ball valve make it highly suitable for vacuum service and have resulted in its use in a wide variety of applications of this type. Some of those features are:
* Effective seal - no leakage or infiltration through the stem.
* Full flow without obstruction, reducing evacuation times when pumping to vacuum.
* 90" operation to open and close.
* Wide selection of materials to meet specific service conditions.
* Ability to seal flow in both directions - applicable for switching processes from vacuum to pressure.
* Elements of flexible material are limited to polymers for the seats; minimizing gas leakage problems.