Quality Trubore Flowguard® Plus CPVC Plumbing Systems by Trubore Pipes

1.  1800 266 8222 ABOUT US NEWS SITEMAP PRODUCTS DOWNLOADS VIDEOS CONTACT US BLOG NEED HELP? PIPES EXTENSIVELY USED IN 15 to 50mm – SDR 11 & 13.5 as per IS:15778 65 to 250mm – Sch 40 & 80 as per ASTM F 441 MALL HOSPITAL RESIDENTIAL HOTEL FITTINGS 15 to 50mm – SDR 11 & as per ASTM D 2846 65 to 100mm – Sch 80 as per ASTM F 439 150mm – Sch 40 as per ASTM F438 FLANGE As per ASTM D 4024 and ASME B 16.5 PRODUCT INFO CPVC PIPES CPVC FITTINGS SOLVENT DO’S AND DONT’S FAQS Trubore Flowguard® Plus CPVC Plumbing Systems Trubore Flowguard Plus pipes are made of Chlorinated Polyvinyl Chloride material.  This CPVC material ensures that it can handle temperatures from 0 C to 93 C. Furthermore, it can de?ect heat at 110 C. The material used in manufacturing this product gives it consistent quality and the 0 0 0 lowest bacterial growth.  It is an ideal system for hot and cold water applications and can be used in multiple applications like industries, residential, hospitals, malls, hotels etc. These pipes and ?ttings are joined with the help of Trubore Flowguard Plus – CPVC solvent cement. With the use of solvent cement, the joints become everlasting once installed. MAJOR ADVANTAGES Suitable for use up to 93 degree C. 25% higher pressure bearing capacity. Low thermal expansion. Fire retardant/resistant. UV resistant. High tensile and impact strength. Corrosion resistant. Peace of mind assured. JOINTING METHOD Solvent Joint & Threaded Joint. protected by reCAPTCHA - Privacy - Terms PIPE DIMENSIONS SDR 11 SDR 13.5 Outside Diameter Wall thickness Working Pressure Wall thickness Working Pressure Nominal Bore At 27℃ At 82℃ At 27℃ At 82℃ Min Max Min Max Min Max 2 2 2 2 (mm) (inch) (mm) (mm) (mm) (mm) Kg/cm Kg/cm (mm) (mm) Kg/cm Kg/cm 15 1/2 15.80 16 1.70 2.20 28.14 6.93 1.40 1.90 22.22 5.60 20 3/4 22.10 23.30 2.00 2.50 28.14 6.93 1.70 2.20 22.22 5.60 25 1 28.50 28.70 2.60 3.10 28.14 6.93 2.10 2.60 22.22 5.60 32 1 1/4 34.80 35.00 3.20 3.70 28.14 6.93 2.60 3.10 22.22 5.60 40 1 1/2 41.20 41.40 3.80 4.30 28.14 6.93 3.10 3.60 22.22 5.60 50 2 53.90 54.10 4.90 5.50 28.14 6.93 4.00 4.60 22.22 5.60 Schedule 40 Schedule 80 At 23℃ At 82℃ At 23℃ At 82℃ (mm) (inch) (mm) Min Max Min Max 65 2 1/2 73.00(+/-0.18) 5.16 5.77 21.10 5.30 7.01 7.85 29.57 7.43 80 3 88.90(+/-0.20) 5.49 6.15 18.25 4.58 7.62 8.53 26.00 6.32 100 4 114.30(+/-0.23) 6.02 6.73 15.49 3.87 8.56 9.58 22.53 5.60 150 6 168.30(+/-0.28) 7.11 7.79 12.64 3.16 10.97 12.29 19.68 4.89 200 8 219.10(+/-0.38) 8.18 9.17 11.21 2.85 12.70 14.22 17.54 4.18

2. 250 10 273.10(+/-0.28) 9.27 10.39 9.89 2.44 15.06 16.86 16.21 3.81 Note : 1. Dimensions with “+” are not a function of SDR. 2. Fittings are suitable for corresponding pipe pressure rating.Mark except 400mm . CPVC FITTINGS Loading... Loading... Loading... Loading... Loading... Loading... BALL VALVE BLIND FLANGE CONCEALED VALVE COUPLER CROSS OVER CROSS OVER MOULDED KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  Loading... Loading... Loading... Loading... Loading... ELBOW ELBOW 45° END CAP EQUAL TEE FABRICATED BEND FOUR WAY TEE KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  Loading... Loading... Loading... Loading... Loading... Loading... F.T.A OPEN FLANGE REDUCER REDUCING BUSH REDUCING ELBOW REDUCING M.T.A KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  Loading... Loading... Loading... Loading... Loading... Loading... REDUCING TEE TANK CONNECTOR TANK CONNECTOR TRANSITION BUSH UNION F.T. ELBOW KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  Loading... Loading... Loading... Loading... F.T. TEE F.T.A (BRASS) M.T.A M.T.A(HEAVY) F.T.A(HEAVY) POWDERED COATED METAL CLAMP KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  KNOW MORE  SOLVENTS TIN TUBE KNOW MORE  KNOW MORE  DO’S & DONT’S DESIGN STAGE Check the chemical suitability while deciding the pipeline for chemical application.Also check the threaded selants and ?re stop materials for the content before recommending for use. Do not use CPVC piping system for non-recommended chemical such as polar organic solvents, anti-freezing solutions dish washing liquids etc, as mentioned in chemical resistance chart Consider pressure de-rating factor for use of pipeline at higher temperature.

3. Consider Provision for EXPANSION and CONTRACTION of piping installation. HANDLING, TRANSPORTATION & STORAGE Store the pipes & ?ttings on ?at surface under covered area. Pipes shall be stored on levelled ?at forund. Use the ?at bodied vehicle for transportation of pipes. Do not drag or drop/throw pipes while loading/unloading & shifting. Do not overhang the pipes out of vehicle body while transporting. Don not stack the pipes for more than 1.5 meters of height. JOINTING & INSTALLATION Before starting the installation,read the product manual & recommendations carefully. Use only uPVC Solvent cement for jointing. Other types of solvent cements may contain ingredients which are not recommended. Cut the pipe at right angle to its axis. Before making joint,remove burr and clean the pipe surface/threads. Rotate the pipe through a quater turn while inserting the ?tting. Clean excess solvent cement which comes out from joint. Cure the solvent joint for 24 hours for atleast 24 hours in dry weather & 48 hours in humid weather. Use recommended spacing while clamping the installation. Keep atleast 200mm distance from geyser for pipline passing nearby. In case the installation is to be painted use only latex based paints.Other paints may contain solvents which are not compatible with CPVC In case the installation is to be insulated use only approved insulating material. In Case of concealed pipeline,plastoring with 1:4 mortar is recommended Do not use Solvent cement whick is gelled/not free ?owing. Do not thread SDR & SCH-40 CPVC pipes. While solvent cementing avoid heat exposure or open ?ame. Do not connect the pipe directly to the boiler/geyser. Do not hammer the pipeline. TESTING & COMMISSIONING  Pressure test the installation with water only. Ensure that all waves are air relief mechanism at the end of elevations are opened. Continue ?llig until entrapped air is completely removed from installation. Before testing ensure that all joints are cured fully. During initial ?lling of pipeline,limit water velocity up to 0.3m/s for releasing the entrapped air. Do not use air or gas for installation testing. FAQS Is it necessary to give expansion loops in the solar heater hot water line? Yes, it is very important for Trubore CPVC pipes which are not embedded inside the wall but are carrying hot water from boiler/solar water heater, etc. A readymade expansion loop for 9-12Ft run of the pipe, between two ?xed joints. The loops are designed for a maximum & minimum differential temp of 700C. For longer lines & distance between ?xes, joints and expansion loops can be made at site with calculations as per the Trubore CPVC manual or existing available loops can be used after every 12ft length of pipe. Is there a method to support the pipe line during wall chase installations? The installation may be supported with the help of pre-drilled 15mm thick plywood piece, 6” long by 2” wide. Once the Trubore CPVC pipe is ?xed in the chasing, it may be supported by ?xing the plywood pieces over the pipe & the chasing. Only 3 to 4 such supports may be needed in one toilet/bathroom installation. During installation it is best to avoid contact between pipe & nails. Properly align and ?rmly grout all threaded ?ttings inside the chasing with strong mix of cement and sand. Pipe line ends or elbows be laid at least 2.5cms inside the wall surface. What should be the protection if the household hot water storage geyser temperature safety mechanism malfunctions? Many plumbing codes contain detailed requirements for connection to gas or electric storage type water heaters. Determine whether your code has such requirements and satisfy them. Trubore CPVC pipes can be piped to the electric water heaters with special metals to CPVC transition ?tting. For wall mounted electrical geyser connection always keep the inlet valve open & use ?exible plastic hose pipe to connect geyser inlet to Trubore CPVC plumbing system. On gas water heater there should be at least 6 inches of clearance between exhaust pipe and Trubore CPVC plumbing system. 12-inch-long metal nipple or appliance connector should be connected directly to the heater so that Trubore CPVC pipes is not damaged by the built up of excessive radiant heat from the ?ue. An approved temperature/pressure (T/P) relief valve should be installed so that the probe or sensing element is in the water at the top of the heater. Trubore CPVC pipe is used as relief valve drain line piping. Use a metal to Trubore CPVC transition ?tting to connect to the relief valve and continue the pipe full size to the outlet. For horizontal runs, slope the pipe towards the outlet and support it at 3 feet distance. The pipe must discharge to the atmosphere at an approved location. Don’t use Trubore CPVC plumbing system with commercial type, non-storage water heaters. Can we use the combination of Trubore CPVC plumbing system and uPVC plumbing system? It is strictly advised to use Trubore CPVC plumbing system in all internal plumbing for both hot and cold-water line. There has been instances of the non-return valve failure or pressure differential in hot and cold-water line due to which hot water has entered in cold line. If the cold-water line pipe is not temperature resistant, it will lead to leakage or bursting causing huge loss and inconvenience to the customer. Is Trubore CPVC plumbing system UV protected? Yes, the compound used for manufacturing Trubore CPVC Pipes is UV protected. Trubore con?rms that there is no deterioration in pressure withstanding capacity when installed under the sunlight, even after several years of installation. To give extra protection from direct harsh sunlight, an elastomeric water-soluble paint may be used to coat over the pipes & ?ttings in 2 layers to give best result. Do we need to insulate Trubore CPVC plumbing system? Trubore CPVC plumbing system is a very bad conductor of heat. Light insulation is recommended only for installations where there is a continuous ?ow of hot water ex: solar/centralised heaters. Thermal conductivity of Trubore CPVC pipes is 0.14 w/mk. In bathrooms within 3 meters location insulation may not be necessary.

4. How to prevent the damage due to drilling & hammering? Trubore CPVC plumbing system is prone to damage & punctures due to drilling/hammering or chiselling after concealing like any other polymer pipes. Such accidents can be avoided by giving piping route/layout diagrams and proper instruction to the customers like tilling, carpentry and electrician teams. How to repair punctures in the wall chasing/concealed installations? Repair of punctured pipe due to drilling/chiselling can be done by removing the cement plaster and using the Trubore CPVC pipe repair tool supplied by the company. The area of the pipe damaged should be cleaned thoroughly making it dry completely. Apply Trubore CPVC solvent cement on surface of pipe at damaged portion in entire circumference. Also apply solvent cement on the inner surface of the cpvc pipe repair piece & snap on your damaged area. Tie a small piece of string / binding wire around the piece and pipe for some time and allow to set. This is a unique system available with Trubore CPVC pipes where the damaged pipe need not be cut or shifted back & forth for repair. Pressure test needs to be done before re-plastering. . NEED HELP ? Enquiry Type Enquiry States & U.T. 10 digit Mobile Number Submit © 2020 – 2024 TRUBORE PIPES Designed by Butter?y Themes®.