Brass Instrumentation Valves

Brass Instrument Manifolds Valves, Brass Instrumentation Valves, CS Instrumentation Valves, Brass Instrument Monoflange Valves, Brass Instrumentation Ball Valves Suppliers in Mumbai, India.

Brass Manifolds Valve, Brass Cryogenic Globe Valves, Brass Relief Valve, Brass Double Block and Bleed (DBB) Valve, Brass Metering Valves, Brass Integral-Bonnet Instrument Needle Valves, Brass Monoflange Valves, Brass Industrial Instrumentation Valves Manufacturer in India.

Introduction

brass instrumentation valvesKalpataru Piping is one of the leading manufacturer, supplier, exporter of brass Instrumentation Valves. Brass manifolds Valves are stronger and more corrosion-resistant. Brass also causes a highly beneficial hard layer of Brass oxide to be formed on the surface that is thin, transparent and self-healing. Tin has a similar effect and finds its use especially in seawater applications. Combinations of iron, aluminium, silicon and manganese make brass wear and tear resistant. Our variety of Brass Instrumentation Valves finds widespread application in distilleries & sugar mills, petrochemicals & pumps, construction industries, steel plants and cement. We also offer these Products are available in different size,grades, specification & thickness as per the clients requirements.

Brass Instrumentation Valves Specifications

Specifications : ASTM B62 / ASTM SB62
Dimensions : EN, DIN, JIS, ASTM, BS, ASME, AISI
Size : 5 mm To 500 mm
Diameter : 0.1 mm to 100 mm
Length : 100 mm To 3000 mm Long & Above
Finish : Black, Bright Polished, Rough Turned, NO.4 Finish, Matt Finish, BA Finish
Tolerance : H8, H9, H10, H11, H12, H13K9, K10, K11, K12 or as per clients’ requirements
Form : Round, Square, Hex (A/F), Rectangle, Billet, Ingot, Forging Etc.

Brass Instrumentation Valves Chemical Composition

Brass Cu Fe Pb Zn
Min./Max. 60.0-63.0 0.35 2.5-3.0 Rem.
Nominal 61.5 2.7 35.4

Brass Instrumentation Valves Physical Properties

Properties US Customary
Melting Point -Liquidus 1650 F
Melting Point -Solidus 1630 F
Density 0.307 lb/in3at 68 F
Electrical Resistivity 39.90 ohms – cmil/ft @ 68 F
Electrical Conductivity 26 %IACS @ 68 F
Thermal Conductivity 67 Btu · ft/(hr · ft2·oF)at 68F
Modulas of Elasticity in Tension 14000 ksi

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FAQ’s About Monel Flanges

What is the maximum service temperature for Monel 400 flanges?

Monel 400 flanges can be used up to approximately 550°C (1022°F) in non-oxidizing conditions, making them suitable for high-temperature chemical processing and steam applications.

Can Monel flanges be used with hydrofluoric acid?

Yes. Monel 400 is the industry-standard material for handling hydrofluoric acid at nearly all concentrations and temperatures in de-aerated conditions, which is why it is widely specified for HF alkylation units in refineries.

What is the difference between ASTM B564 and ASME SB564?

ASTM B564 is issued by ASTM International, while ASME SB564 is the equivalent specification adopted by the ASME Boiler and Pressure Vessel Code. The two are technically identical for Monel forged fittings and flanges; ASME SB564 is typically referenced for boiler and pressure-vessel code compliance.

Do you supply Mill Test Certificates with Monel flanges?

Yes. Every Monel flange from Kalpataru Piping is supplied with an EN10204 Type 3.1 Mill Test Certificate as standard. Type 3.2 third-party witnessed certification and additional QAP or radiography documentation can be arranged on request.

What is the typical lead time for Monel flanges?

Standard sizes in Monel 400 and Monel K500 are typically available ex-stock or within a short lead time; custom sizes, pressure classes, or Type 3.2 certification requirements may extend delivery. Contact our sales team with your specification for an accurate lead-time estimate.

What is the difference between a Monel Slip-On Flange and a Monel Weld Neck Flange?

A slip-on flange slides over the pipe end and is fillet-welded on both sides, making it easier and faster to install at lower pressure ratings. A weld neck flange has a tapered hub that is butt-welded to the pipe, giving superior stress distribution and making it the preferred choice for high-pressure, high-temperature, and cyclic-load services.

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