Heat Pipes Dealers

IT consist of three concentric pipes, at the axis of which a cartridge heater is positioned

Are you looking for the best solar water pipe system? If yes, then there could not be a better place than this. We are an established name known for manufacturing the best solar products and Solar heat pipe system is one of them. Here, we will discuss the solar heat pipe systems and their workings. You can feel free to contact us anytime to buy the cost -effective solar heat pipe systems. This type of Solar Water Heater can work at high pressure. It uses the heat pipe to deliver the heat energy. Because of the no water in a vacuum tube, there is no tube breakage in winter, even in the coldest area. Each vacuum tube can work alone, so it can still operate in the event of tube breakage.

FEATURES: 1. Study of the connected of double & single lagging 2. Study of effects of different insulating material combinations3. Electrical input control & measurement with complete penalized instruments.4. Digital Temperature indicator. INTRODUCITON:Lagging of pipes is required to prevent leakages of heat. The Apparatus is designed to study the lagging phenomenon. In Lagged Pipe Apparatus three concentric pipes are arranged between the pipes are filled compactly by two different insulating materials and heater is provided at the center of inner pipe. Temperature at various points is measured with Temperature indicator. Heat input is measured by Voltmeter - Ammeter. The assembly is mounted o angle frame. SPECIFICATION: 1)  Pipesi)    M.S. Pipe inside - 5cm dia. Approx   ii)   M.S. Pipe Middle - 10 cm dia approx.iii)  M.S. Pipe Outer - 15cm 2) Length of Pipes -1m approx.Control Panel consisting of a)  Voltmeter - 0 - 100/200 volts.b)  Ammeter - 0 - 2 Amp.c)  Diammerstat for heater, 0-230 V, 2 Amps.d)  Digital Temperature indicator, 0-300 0 C with 10 C least count, using chromel-almel  thermocouples, provided with cold junction compensation.4)   Nichrome cartridge heater of suitable capacity  and length EXPERIMENTATION: 1)   To determine heat flow rate through lagged pipe and compare it with the heater input for known values of thermal conductivity of lagging material.2)   To determine thermal conductivity of lagging material by assuming input to be heat flow rate 3) To plot temperature distribution across lagging material. SERVICE REQUIRED : 1)  To determine heat flow rate through lagged pipe and compare it with the heater input for known values of thermal conductivity of lagging material.2)  To determine thermal conductivity of lagging material by assuming input to be heat flow rate 3) To plot temperature distribution across lagging material. Almost  care is taken for preparing this literature, but still if there are any mistakes,  those may be excused.  We reserve our right to change or modify the equipment without notice.

we are offering heat exchanger pipes. we source heat exchanger pipes keeping in mind the desired properties that make them apt to be used in heat exchangers, boilers and similar equipment. the heat exchanger pipes are well-tested to ensure the best quality by the manufacturers who supply them to us. the heat exchanger pipes can be availed from us in various specifications at affordable rates. why our heat exchanger pipes? resistant to temperature and pressure extremities excellent finishhigh enduranceexcellent tolerance

Customized design for various customers for centrifugal compressor Intercoolers & after coolers. Capable of cooling large volumes of air or nitrogen at minimal pressure loss. Close temperature approach to cooling water is possible. Removable bundle design with multi-pass tube side. Internal demister mounting for Wet Air condensation. Most compact and energy efficient solution for your gas cooling application.

Keeping in mind their so many uses, we come up with different variants of Heat Transfer Pipes such as ASTM A 214/A 214 M – 96 Pipe, ASTM A 556 / A 556M-96 Pipe, BSI BS 3059-1:1987 Pipes. ISO 2604-II: 1975 Pipes, ISO 2604-III: 1975 Pipes, BSI BS 3606:1992 Pipes and many more. We are reckoned among the reputed Exporters and Suppliers of Heat Transfer Pipes from Maharashtra, India. Delivering retail as well as bulk orders for Heat Transfer Pipes on time has never been an issue for us due to our vast distribution network.

We are offering heat exchanger pipe. For over more than 40 year , sangeeta metal corporationis one of the leadingmanufacturer ,exporter and supplier of stainless steel pipe and pipe fitting in a variety of grade including 304 310 316 316l, nickel alloys& other specialty alloys for corrosion, heat resisting and other application. We are one shop for nickel alloys for the requirement in pipes, plate, sheets, rods, wires, nickel & other ferrous & nonferrous metal in all shapes, fitting and flanges. sangeeta metal corporation is a multi-location, multi-product company, in india, we are manufacturing of stainless steel pipe and pipe fitting in a variety of grade including 304 310 316 316l. we are looking enquiries fromgulf, brazil , russia and african countries. our reputed client is spread across various counties like u.k. And u.s.a., u.a.e and middle east. We a sangeeta metal corporation an iso 9001:2008 certified company our company is counted amongst some of the most trusted names in the industry for stockist and supplying a wide range of heat exchangers. Features: easy to use low maintain durable superior finish standards aesthetically designed

• Type: Seamless / ERW / Welded / Fabricated / LSAW Pipes
• Grade: SMO 254
• Standard: ASTM A312, A269, A213, A249, A358, UNS S31254
• Size: 1/8”NB TO 12”NB
• Form: Round Pipes/Tubes, Square Pipes/Tubes, Rectangular Pipe/Tubes, Coiled Tubes, “U” Shape, Pan Cake Coils, Hydraulic Tubes
• Length: Single Random, Double Random & Required Length
• End: Plain End, Beveled End, Treaded

• Material: Mild Steel
• Shape: ROUND
• Brand Name: STERLING
• Type: Integrally Finned Tubes
• Size/Dimension: 6MM TO 50MM
• Part Type: Exchanger Tube
• Usage/Application: HEAT EXCHANGER
• Size Diameter: 6MM TO 50MM
• Exchanger Type: Shell & Tube

Heat Pipes For DehumidificationRegional climates suffer from high humidity combined with high temperatures. This often results in air conditioning units supplying humid air or excessive energy being expended on traditional methods of overcooling and reheating. Wrap-around, dehumidifier heat pipe systems are fitted around the main cooling coil in the primary air handling unit, simultaneously reducing the load on the cooling coil and the need for reheat further downstream. This process provides an improvement in air quality resulting from the additional rate of moisture removal and the capacity to treat higher rates of outside air. It also reduces the energy burden at no additional cost; a heat pipe is a completely passive device and is driven only by the temperature difference imposed by the cooling coil.By using a wrap-around heat pipe in the primary air handling unit operating costs can be reduced by up to 30%. At the same time, the overall capital expenditure is unlikely to change as the cost of the heat pipe is offset by the reduced capital expenditure on the lower capacity cooling system and the reduction in reheat equipment. Not only will the energy requirement of the HVAC equipment be reduced, but the indoor air quality will be significantly improved and lead to happier, healthier working and living spaces.

• Features: Resistance to corrosion, Requires low maintenance,High Strength

• Feature: Excellent Quality, Perfect Shape

The apparatus consists of three concentric pipes, at the axis of which a cartridge heater is placed. Two types of lagging materials are filled in between pipes, one between innermost and middle pipe and other between middle and outer pipe. Digital Ammeter and Voltmeter is provided to measure the input to heater and a dimmer state is provided to vary the input. Thermocouples are provided to measure the temperatures at respective surfaces. The experiments can be conducted at various values of input and calculations can be made accordingly. Specifications: Pipes - Inner Pipe 50 mm dia. GI Middle Pipe 100 mm dia. GI Outer Pipe 150 mm dia. GI Length of pipes - 0.5 m Lagging - Plaster of Paris & saw dust. Instrumentation & Controls : Digital Voltmeter - 0 - 199.9 Volts. Digital Ammeter - 0 - 1.999 Amp. Multy channel Digital Temperature Indicator. Heater Control. Service Required : 230 V.A.C. stabilized supply with earthing. Floor space - 1 m X 1.5m at working height.  

Features: Pipes Length of Pipes — lm (approx). M. S. Pipe inside — 5cm dia. approx, M. S. Pipe Middle — 10cm dia (approx). M. S. Pipe Outer — 10cm Control Panel consisting of: Voltmeter-0-200 Volts. Ammeter — 0 — 2 Amp.

• Specification: Grade
• ASTM A 179, A 199, A 200, A 209, A 210, A 213, BS 3059: T-1, T-5, T-11, T-22, 33, 45, 620 & 622

• Features: Thermal resistance, High strength ,Leak proof

• Material: G.I.
• Length: 1000 mm.
• Capacity: 5 KW.
• Diameter: 25 mm.
• Features: High efficiency,Longer service life.,Low maintenance.