Resilient Seat Gate Valve

Specifications:

Resilient Seated Gate Valve

Resilient seated gate valves made of speclal rubber elastlcly  full wrap-plece valve structure, and the general absence of gate  leakage or rust compared to other phenomena.

  • Resilient Seated Gate Valve Pressure: PN10/PN16

  • Resilient Seated Gate Valve Design Code:  EN593, API609

    Resilient Seated Gate Valve Size Range:DN40-600, NPS 1.5"-24" 

    Resilient Seated Gate Valve Face to Face: BS5163, DIN3202 F4, API609 

    Resilient Seated Gate Valve End Flange: BS 4504 PN6/PN10/PN16, DIN2501 PN6/PN10/PN16, ISO 7005 PN6/PN10/PN16, JIS 5K/10K/16K,  ASME B16.1 125LB, ASME B16.1 150LB, AS 2129 Table D and E

    Resilient Seated Gate Valve Test inspection: , BS10 Table D and E  EN 12266-1, API 598

Materials:

  • Resilient Seated Gate Valve Body :Ductile Iron

  • Resilient Seated Gate Valve Seal : Ductile Iron+EPDM(Resilient Seated)

  • Resilient Seated Gate Valve Stem : Stainless Steel 304

Characteristic:

  • Resilient Seated Gate Valve Medium: Water, Waste Water, Air, Oil

  • Resilient Seated Gate Valve Temperature: -20 to 120℃

K101 Resilient seat gate valve DN50-DN600

Resilient Seated Gate Valve Detail / Feature / Application

Resilient Seated Gate Valve Detail / Feature / Application

  • The Resilient Seated Gate Valve disc is rubber-packed to get excellent sealing effect by the rubber's resilient deformation.

  • Non-rising resilient seated gate valves solve the problem in general gate valves such as leakage, rusting etc. 

  • Low torque operation,Rubber encapsulated wedge,Fusion bonded epoxy coated inside and outside.

  • Resilient Seated Gate Valve Application: Pipelines to convery oil and storage facilities, Water and wastewater technology, The wellhead device of the oil and gas expoitation, Water engineering.

  • Each Resilient Seated Gate Valve will be carried out appearance, material, air tightness, pressure and shell testing before leaving the factory ;unqualified products are resolutely not allowed to leave the factory.



Resilient Seated Gate Valve Introduction

Resilient seated gate valves made of speclal rubber elastlcly  full wrap-plece valve structure, and the general absence of gate  leakage or rust compared to other phenomena. Overcome their  common seal bad, elastic fatigue, wear rubber aging and Sealing ruts and other defects Produced by ths elastic saeling full  compensation of small quantities of deformation to achieve a  good sealing effect. It can be widely used in water supply,  petrochemical, metallurgy, shipbuilding, food, pharmaceuticals  and energy systems and other fluid line is used as a regulator  and shut-off devices.


Resilient Seated Gate Valve Features

1. The overall package of plastic: the spool and the latest high-performance rubber vulcanization technology overall   coating. laminating are tight. accurate geometry, rellable sealing and long service life.

2. Light weight: body ductile iron material, gate valve to reducs weight than tha average 25%, easy installation and   maintenance; gate valve maximum opening helght is generally low 60mm ~ 280mm, can be Installed where space   is llmited.

3. Flat style seat: The bottom of the pipe the same flat style seat design, does not produce debris accumulation, flow   channel unimpeded and reliable sealing.

4. Corrosion resistance: the valve cavity using non-toxic epoxy powder coating, inner parts mining copper alloy and   stainless steel to prevent corrosion and rust.

5. The three 'O' seal: the use of the stem seal O-ring seals, friction is small, lightweight and watertight gwitch.

Resilient Seated Gate Valve Performance specification

Nominal pressureTest pressureNominal diameterTemperatureMedium
PN(Mpa) Shell SealDN(mm)
1.01.51.120-2000≤80℃Sundry Water and
Sewage
1.62.41.76
2.544.75



Resilient Seated Gate Valve RECOMMENDED POSITIONS

image of Resilient Seated Gate Valve RECOMMENDED POSITIONS

FAQ of Resilient Seated Gate Valve

The following checks should be carried out during installation: 

Whether the connecting bolts are evenly tightened.

Check whether the packing is tight.

After compaction, the sealing of the packing should be ensured and the rotation of the valve stem should not be blocked.

Check regularly after installation:

Wear of sealing surface

The wear of the trapezoidal thread of the valve stem and the valve stem nut.

Wear of trapezoidal threads of valve body and bonnet nuts.

Wear of trapezoidal threads of valve body and bonnet nut.

Whether the packing fails due to long use.

After the valve is overhauled and assembled, a sealing performance test must be carried out. , After each overhaul, the overhaul will be recorded in detail for future reference


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