L&T Make CS Ball Valve Reduce Bore Class 800 Screwed End L3RBTC

L&T Make CS Ball Valve Reduce Bore Class 800 Screwed End L3RBTC Specification

Material
ASTM A105

Valve Type
Three Piece Design

Connection Type
Screwed End

Application
Oil, Fluid, Gas

Sealing
PTFE / RPTFE

Usage
Oil, Fluid, Gas

Size
15mm to 50mm

Height
150 Millimeter (mm)

Product Type
CS Ball Valve Screwed End

Media
Gas, Base, Water, Oil, Acid

Port Size
15mm to 50mm

Weight
6 Kilograms (kg)

Color
Black

Width
100 Millimeter (mm)

Length
132 Millimeter (mm)

Disc
SS 316

L&T Make CS Ball Valve Reduce Bore Class 800 Screwed End L3RBTC Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Mumbai Port

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
500 Pieces Per Day

Delivery Time
1 Days

Sample Available
No

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
As per Standard Packing

Main Export Market(s)
South America, Eastern Europe, Western Europe, Middle East, Africa, Asia, Australia, Central America, North America

Main Domestic Market
All India

Certifications
Material Test Certificate

About L&T Make CS Ball Valve Reduce Bore Class 800 Screwed End L3RBTC

Floating Ball Valves

Size	" to 8" (8 mm to 200 mm)
ASME Class	Class 150 to 2500
Design Standard	ISO 17292, API 608, API 6D

L&T Valves manufactures a versatile range of Process Ball Valves in single, two and three piece constructions. The valves are available in full-bore and regular-bore designs, in a variety of end connections and materials to suit customer requirements.

The valves are of floating-ball design where the ball moves towards the downstream seat, under pressure, to effect a tight seal.

Salient Features:

Fire-safe to ISO 10497 and API 607
Mirror-finished solid stainless ball
Fine-grained PTFE seats
Cavity Pressure Relief mechanism
Blowout-proof stem
High integrity stem sealing Belleville springs compensate for wear and thermal expansions
Antistatic feature
Actuator-mounting flange conforms to ISO 5211
SIL3 Safety Integrity Level for Automated Valves