Petron Thermoplast

Kamla Nagar, Agra, Uttar Pradesh

PE (Polyethylene)Sheets shows high tensile and mechanical strength, hardness and toughness, low friction and a high dimensional stability. Operating temperatures ranging from -20 C to approx. +100 C.

Properties PE SHEETS

High mechanical resistance and tensile strengthHigh creep resistanceHigh surface strengthEasy to varnish and polishHigh dimensional stabilityHigh toughnessGood insulations for electrical propertiesHigh chemical resistanceEasy to lacquerLimited dielectric propertiesSensitive to hydrolysis

Pipes under pressure with cold chemical weld jointing systems (solvent welding) using suitable solvent cement (TemperGLUE weld-on) and primer-cleaner.

PVCC Pipe Technical Specifications:

• Size range d 16 ÷ d 225 (mm)

Nominal pressure:

• SDR 13.6 (PN16) with water at 20^o C
• SDR 21 (PN10) with water at 20^oC
• Temperature range 0^oC ÷ 100^oC

Use:

• For water

Material:

• CPVC

Other characteristics:

• welded

Outer diameter:

• Min - 16 mm
• Max - 225 mm

Pressure:

• Min - 13.6 bar (197.25 psi)
• Max - 21 bar (304.58 psi)

Temperature:

• Min - 0^oC (32^oF)
• Max - 100^oC (212^oF)

Pressure pipes for connection system by butt or socket welding.

PP-H Pipe Technical Specifications:

• Size range d 20 ÷ d 400 (mm)

Nominal pressure:

• SDR 17, 6 (PN6) with water at 20^oC
• SDR 11 (PN10) with water at 20^oC
• Temperature range 0^oC ÷ 100^oC

PVDF Pipe Technical Specifications:

• Size range d 16 ÷ d 110 (mm)

Nominal pressure:

• SDR 21 (PN16) with water at 20° C
• SDR 33 (PN10) with water at 20° C
• Temperature range -40 °C ÷ 140 °C

Use:

• For Water

Material:

• Polypropylene, PVDF

Outer diameter:

• Min - 16 mm
• Max - 400 mm

Pressure:

• Min - 6 bar (87.02 psi)
• Max - 16 bar (232.06 psi)

Temperature:

• Min = -40^oC (-40^oF)
• Max = 140^oC (284^oF)

PP-Hequal tee DIN 8077 SDR 11 is 90 degree branch tee, socket connection by DIN 8077 standards with size from 1/2 to 8.produced by material of unplasticized polyvinyl chlorde, PP-H Pipe FittingDIN 8077 SDR 11 has good property of corrossion resist, light weight, easy installation and maintaince, cost low, etc, it is suitable for water supply, water treatment, and chemical industrial

Industries often require Corzan CPVC piping system which are made of material that can withstand tough environments ideally this means a cost effective material that will resist corrosion while also providing mechanical strength safety and long lasting performance

CPVC material having an operational temperature range from 0 to 80C are suitable for high temperature environment that excellent mechanical characteristics such as a high tensile strength stiffness and impact strength are evident at increased temperature

CorzanCPVC pipe and fittings are manufactured from CPVC compound manufactured by Lubrizol. Our piping material is the only CPVC for industrial systems that meets cell class 24448 for high impact and high heat distortion temperature pipe. Standard CPVC compounds have a 23447 cell classification.

Corzan piping is available in iron pipe sizes (IPS) through 24-in. diameter. Cell class 24448 piping material is available in sizes from -in. to 8-in. from select manufacturers, and pipe sizes greater than 8-in. meet cell class 23447.

NSF International certifies corrosion-resistant Corzan pipe for use with potable water. It is available for use in both pressure bearing and drain applications at temperatures up to and including 200F (93.3C). Pressure ratings vary with schedule, pipe size, compound type and temperature

Application of CPVC pipe :

• Plant chemical distribution lines
• Water and wastewater
• Acid systems for refineries, pickling lines and plating shops
• Chlorine injection, chlorine dioxide and chloralkali plant piping
• Steel wire plants
• Battery manufacturing
• Bleach lines in textile and paper mills
• Alum and caustic handling systems
• Circuit board manufacturing
• Semiconductor
• Pharmaceutical
• Cooling water and cooling tower systems
• Tailing and slurry lines
• Wash water recovery systems
• Plant water supply
• Brine and seawater systems
• Fish farming
• Waterworks
• Aquariums and swimming pools
• Irrigation systems in golf courses,

it is designed and produced as per standard DIN 8077 by DIN 8077 SDR 11 , PP-H DIN 8077 SDR 11 pipe fitting is suitable for water supply, water treatment, fishing farm, irrigation, chemical industrials, ect. it is easy to installation and maintenance, cost low and durable.

Application of PP-H Reducer Coupler :

• Acid Fillings Stations
• Effluent Treatrnent/Disposal Plants
• Laboratories
• Refineries
• Automotive Industry
• Electroplating Plants
• Nuclear Research Centres
• Textile Mills
• Chemical Industry
• Food and Beverage
• Paper & pulp mills
• Thermal Baths
• Construction (Plumbing)
• Galvanizing Plants
• Pharmaceutical Industry
• Water Purification Pants
• Desalination Plants
• Industrial washing/bleaching lines
• Pickling Lines
• Packaging of Electrical Components

We offer PP-H 90 degree elbow DIN 8077 SDR 11 with following specifications:

Size: 1/2 to 6

Standard: DIN 8077

Working pressure: DIN 8077 SDR 11Working temperature: 0C to 65CProduct

UPVCequal tee SCH80 is 90 degree branch tee, socket connection by ASTM D2467 standards with size from 1/2 to 8.produced by material of unplasticized polyvinyl chlorde, UPVC Pipe FittingSCH80 has good property of corrossion resist, light weight, easy installation and maintaince, cost low, etc, it is suitable for water supply, water treatment, and chemical industrial.

POM-CThe continuous operating temperature of polyoxy-methylene ranges between -40 C and +100 C. The high surface strength is only surpassed by afew materials. POM shows good sliding properties and high resistance to wear and tear because of the high strength and smooth surface. There is a very low risk of stress cracks. POM-C (Copolymere) exhibits a high thermal stability and a high resistance to chemicals (high resistance to hydrolysis).

POM-ELS(ELECTRICALLY CONDUCTIVE)Variant of POM (Copolymere) with an improved electrical conductivity. Volume resistivity 101 x cm, Surface resistivity 104 .

POM-10PEVariant of POM (Copolymere) with improved sliding properties for tribological applications with an increased abrasion. The modified POM-10PE offersin particular additionally a food approval.

PP-Hequal PP-H BLIND FLANGE DIN 8077 , socket connection by DIN 8077 standards with size from 1/2 to 8.produced by material of unplasticized polyvinyl chlorde, PP-H Pipe FittingDIN 8077 SDR 11 has good property of corrossion resist, light weight, easy installation and maintaince, cost low, etc, it is suitable for water supply, water treatment, and chemical industrial.

The mechanical properties of Polybutylene terephthalate comprise hardness, stiffness, stability and toughness. In particular the materials extremely high toughness allows the use of self-tapping screws or inserts. The good sliding properties and the high dimensional stability also open up a wide range of possible appli-cations. Very good results can be achieved in joining processes with two-component adhesives on the basis of e.g. epoxy resins or cyanoacrylates as well as silicones. Painting of the part or high vacuum coating of the component surface is also possible.The continuous operating temperature ranges from approx. -60 C to +100 C.

PVDF PipeISO 10931 SDR 11 is produced as per standard DIN 10931, size from 1/2 to 8, 4 meters length, in generally by dark grey color, PVDF pipe ISO 10931 SDR 11 has good property of corrosion resist, light weight, easy installation and maintenance, cost low, etc. ISO 10931 SDR 11 PVDF pipe and fitting is it suitable for water supply, water treatment, chemical industrial, etc. Polyvinlidene Fluoride PVDF is a unique thermoplastic with properties which allow it to be used for very aggressive or highly specialized applications. Although expensive compared to other thermoplastics, PVDF offers an economically attractive alternative to many exotic materials and/or in process lines where limited working life of other materials necessitates frequent replacement.

PMMA XT (ACRYL)Polymethylmethacrylateis brittle and shows a good mechanical strength, tensile strength and hardness.PMMA is also scratchresistant and easy to polish.

lt shows a good temperature resistance and UV-stability. The operating temperature of PMMA rangesfrom -40 C to approx. +70 C.

Pipes under pressure with cold chemical weld jointing systems (solvent welding) using suitable solvent cement (TemperGLUE weldon) and primercleaner.

PVC-U Pipe Technical Specifications:

• Size range d 16 ÷ d 225 (mm)

Nominal pressure:

• SDR 13.6 (PN16) with water at 20^oC
• SDR 21 (PN10) with water at 20^oC
• Temperature range 0^oC ÷ 60^oC

Use:

• for water

Material:

• UPVC

Other characteristics:

• Welded

Outer diameter:

• Min - 16 mm
• Max - 225 mm

Pressure:

• Min - 13.6 bar (197.25 psi)
• Max - 21 bar (304.58 psi)

Temperature:

• Min = 0^oC (32^oF)
• Max = 60^oC (212^oF)

PVC-U
Polyvinyl chloride is a flame retardant material with an exceptional chemical resistance and also with lower stress cracking. PVC-U possesses high me-
chanical strength, tensile strength and a continuous operating temperature from -15 C to +60 C. lt can also be easily glued and welded.
PVC-TR
PVC-TR is a transparent PVC-U which possesses a slightly diminished strength but simultaneously an increased toughness. The upper continuous service
temperature is +60 C. PVC-TR can be glued and welded like PVC-U.
PVC-C
High rigidity, strength and hardness at increased temperatures (+85 C).

Application

High mechanical strength, tensile strength and hardness
Good insulation properties for electronics
High chemical resistance
Self-extinguishing
Low water absorption
Good adhesiveness andpaint ability
Low impact strength
In white colour weatherproof

Properties

High mechanical strength, tensile strength and hardnessGood insulation properties for electronicsHigh chemical resistanceSelf-extinguishingLow water absorptionGood adhesiveness and paintabilityLow impact strengthIn white colour weatherproof

PA (Polyamide) shows a high thermostability (temperatureresistant from -40 C to approx. +100 C) and high stiffness, hardness and toughness. These are someof the main characteristics. Due to the fact, that the good mechanical characteristics will be achieved only after conditioning, this material must be conditioned again after annealing. In addition, this conditioning occurs with a longer storage in air automatically.PA 6 C(CAST)Very stress-relieved and high molecular PA 6. Properties similar to PA 6.PA 6 XT (EXTRUDED)Very tough (also in cold condition), high hardness.PA 6.6Polyamide with the highest hardness, rigidity, resistance to wear and heat deflection temperature.PA 6.6-30 GF

The 30 % glass fibre reinforced PA 6.6 has an im- proved dimensional stability, a very high stiffness and heat resistance that opens up further applications. ECO- PA 6.10This PA is obtained from the oil of the castor bean seed and is therefore based over more than 60 %on renewable resources.PA 12-TRMany components in optical applications can be realized by the transparency and the dynamic strength.

Application PA Sheets

Applications PABearing parts (good sliding properties)Gear wheelsPump partsSliding railsRollers (reduction of the noise level)Fittings

PEI (Polyetherimide ) has a high mechanical strength in connection with a good chemical and heat resistance(operating temperature up to +170 C), good dimen-
sional stability and creep resistance. lts unique torquestrength permits the economical substitution ofmachined fabricated small parts from steel.

ABS (Acrylnitrile Butadiene Styrene copolymer)has a good thermal and dimensional stability and high impactstrength (also at low temperature). lt is hard, shows agood scratch resistance and has a good dimensional stability. ABS can be used in temperatures ranging from -50 C to +70 C.

PET (Polyethylene terephthalate ) shows high tensile and mechanical strength, hardness and toughness, low friction and a high dimensional stability. Operating
temperatures ranging from -20 C to approx. +100 C.

Polyvinylidene fluoride shows a higher tensile strength, pressure resistance and dimensional stability than the related PTFE, but friction and insulation properties are lower. PVDF has a high mechanical strength and toughness at lower temperature and its self-extin-guishing. The operating temperature ranges from-30 C to +150 C. PVDF shows a high resistance to chlorine, bromine and high-energy radiation.

PVDF RODS PROPERTIES

1. High tensile strength
2. High mechanical strength
3. High rigidity (also at low temperature)
4. High chemical resistance
5. Very low water absorption
6. Good friction and wear andtear values
7. Self-extinguishing
8. High UV-resistance
9. Toxic fumes when burned
10. Relatively high coefficient of thermal expansion

The linearPPS (Polyphenylensulfide)belongs to the semi-crystalline materials and offers a very high mechanical performance in conjunction with an excellent efficiency at the same time (usual operating temperature up to approx. +230 C), high dimensional stability and creep strength. The LOI belongs to the highest of the Polymers. By the reinforcement with glass fibres strength is achieved, which is comparable with light metal. PPS closes the gap between the technical synthetics and PEEK with its strength and economy.

Applications

1.Pump parts2.Fan parts3.Impellers4.Wheels5.Valve balls6.Parts in the fuel and automotive sector

Properties

1. Very high strength and rigidity
2. High hardness
3. High thermostability
4. High dimensional stability
5. Very high chemical resistance
6. Very good insulating properties
7. High weather resistance
8. High resistance to hydrolysis

The an angle seat check valve with weighted PVC piston that allows the passage of fluid in one direction only.

• Connection system for solvent weld, threaded and flanged joints
• No metal parts in contact with the fluid
• Piston with counterweight able to work with high intensity fluid
• Limited pressure drop. Only minimum back pressure is required for the hermetic seal
• Valve material compatibility (PVC-U) with water conveyance, drinking water and other food substances according to current regulations
• Can be maintained with the valve body installed.

Body:

• UPVC threaded, weld, Y, flange

Material:

• UPVC

Temperature:

• Min - 0^oC (32^oF)
• Max - 40^oC (212^oF)

Operating pressure:

• Min - 4 bar (58.02 psi)
• Max - 16 bar (232.06 psi)

DN:

• Min - 15 mm
• Max - 80 mm

• and strong.

Schedule 40 and 80 pipe meets or exceeds the requirements of ASTM F441. Associated fittings meet or exceed the requirements of ASTM F437 (scheduled 80 threaded) and ASTM F439 (schedule 80 socket).

Asystem designshould be done in accordance with the manufacturers instructions. The design should also take into consideration specific factors, including: pressure and flow requirements, friction loss, operating temperatures, support spacing, anchoring, bracing and thrust blocking, joining methods, and thermal expansion and contraction.

• Maximum design pressure ratingsshould not exceed those listed (see Pressure Ratings). Pressure ratings apply to water at 73F (23C). For temperatures greater than 73F, see the derating factors listed above. For fluids other than water, the full pressure rating may not apply.
• Schedule 80 pipeoperating above 130F (54.4C) should not be threaded. Threaded pipe should be derated to 50% of the pressure rating of the piping at the system operating temperature.
• Flanged systemsof any size should not exceed 150 psi working pressure at 73F (23C). Follow the manufacturers recommendations for temperature derating factors for services greater than 73F.
• Corzan valvesare typically rated at 150 psi up to 240 psi at 73F (23C) (pressure rating varies with valve type and manufacturer). Consult the valve manufacturer for pressure ratings and temperature derating schedules.
• In allhydraulic calculations, a Hazen-Williams friction factor of 150 should be used.

Industries often require Corzan CPVC piping system which are made of material that can withstand tough environments ideally this means a cost effective material that will resist corrosion while also providing mechanical strength safety and long lasting performance

CPVC material having an operational temperature range from 0 to 80 C are suitable for high temperature environment that excellent mechanical characteristics such as a high tensile strength stiffness and impact strength are evident at increased temperature

CorzanCPVC pipe and fittings are manufactured from CPVC compound manufactured by Lubrizol. Our piping material is the only CPVC for industrial systems that meets cell class 24448 for high impact and high heat distortion temperature pipe. Standard CPVC compounds have a 23447 cell classification.

Corzan piping is available in iron pipe sizes (IPS) through 24-in. diameter. Cell class 24448 piping material is available in sizes from -in. to 8-in. from select manufacturers, and pipe sizes greater than 8-in. meet cell class 23447.

NSF International certifies corrosion-resistant Corzan pipe for use with potable water. It is available for use in both pressure bearing and drain applications at temperatures up to and including 200F (93.3C). Pressure ratings vary with schedule, pipe size, compound type and temperature.