Fiberglass

Fiberglass Drainage Pipe is a non-metallic composite drainage pipe made of fiberglass, thermosetting resin, and quartz sand with a sand layer, which is wrapped and formed. It is specifically used for municipal sewage, rainwater, industrial wastewater, chemical wastewater, etc. Core performance  1. Super strong corrosion resistance -Resistant to domestic sewage, industrial acid and alkali, salt, seawater, hydrogen sulfide, and oil pollution -No rust, no corrosion, no scaling -Lifespan: 20-50 years, concrete/steel pipes generally 5-10 years  2. Lightweight and high-strength -Density: 1.8-2.1 g/cm ³ -Weight ≈ 1/4 of steel pipe, 1/10 of concrete pipe, can be lifted manually, small crane is sufficient -Ring stiffness: SN3000- SN10000 N/m ² 3. Excellent hydraulic performance -The inner wall is extremely smooth, with Manning's coefficient n=0.008-0.009 (concrete pipe ≈ 0.013) -Same diameter flow rate can be increased by 20% -30%, or the first diameter can be reduced to save money -Long term no scaling, no deterioration of water flow capacity Common specifications (mainstream in drainage engineering) -Caliber: DN100-DN4000mm -Pressure rating: 0.2-1.6MPa (drainage is mostly 0.2-1.0MPa)

The Cooling Tower Fills (Filler Media) is the core heat exchange component of the cooling tower, which maximizes the contact area and time between water and air, allowing hot water to form a uniform water film. Through evaporation and convection heat dissipation, it accounts for more than 70% of the total heat dissipation, directly determining the cooling efficiency. Mainstream materials and characteristics 1. PVC (polyvinyl chloride, most commonly used) -Temperature resistance: ≤ 65 ℃ -Corrosion resistance: pH 4-9, resistant to general acid and alkali, good hydrophilicity, easy to form, low price. -Applicable: air conditioning, civilian, and general industrial (inlet water ≤ 45 ℃). -Lifespan: 5-8 years, susceptible to high and low temperatures, becoming brittle and prone to aging. 2. PP (polypropylene, preferred for high temperature) -Temperature resistance: ≤ 100 ℃, low temperature resistance  -35 ℃. -Corrosion resistance: acid and alkali resistance, organic solvent resistance, aging resistance, high strength and good toughness. -Applicable: High temperature industry, chemical industry, oily wastewater, coastal high chlorine environment. -Lifespan: 8-15 years, priced 30% -50% higher than PVC.

Round frp cooling tower is an industrial cooling equipment made of fiberglass material, which mainly uses counter current heat exchange technology to achieve circulating water cooling. It is widely used in chemical, power, and central air conditioning systems. This device has the characteristics of lightweight, corrosion resistance, energy saving, and low noise, with a capacity typically covering 10 to 1000 tons. The circular fiberglass cooling tower uses direct contact between water and air for heat and moisture exchange, utilizing the latent heat of vaporization absorbed by water evaporation to reduce water temperature. The core operational process and structural components are as follows: Heat exchange process: Hot water is evenly distributed on the surface of the packing material through a water distribution system to form a water film. Dry air enters from the bottom driven by a fan and comes into contact with the water flow in the opposite direction, taking away heat and being discharged from the top. The cooled water droplets enter the collection tray and return to the circulation system. Tower body and filler: the tower body is made of polyester glass fiber reinforced plastic, light in weight, high in strength and corrosion resistant, and the surface gel coat contains anti ultraviolet agent to resist aging; Modified PVC or PP corrugated sheets are commonly used as fillers, with a temperature resistance range of -50 ℃ to 70 ℃. PP fillers that can withstand 120 ℃ can be selected for high temperature conditions.

An FRP Water Tank is a modular water storage system made from fiberglass reinforced plastic panels. It is designed for projects that require clean water storage, corrosion resistance, easy site assembly and long-term performance. Also known as a GRP Water Tank, SMC Water Tank, fiberglass water tank or sectional panel water tank, this product is widely used in residential buildings, commercial facilities, fire protection systems, factories, schools, hospitals, hotels, HVAC systems and industrial water storage projects. The FRP Water Tank is manufactured from high-quality unsaturated polyester resin and fiberglass reinforcement. This composite structure provides excellent mechanical strength, corrosion resistance and dimensional stability for long- term water storage. The tank body is assembled from SMC molded panels. Common panel sizes include: 500mm × 500mm 1000mm × 1000mm 1000mm × 2000mm Panel thickness can be selected according to tank capacity, water pressure and structural requirements, usually ranging from 4mm to 12mm.

Texturized yarn are produced by air jet texturizing of E-Glass continuous filaments. During the texturizing process, the stream of compressed air creates a turbulence causing the formation of loops by overfeeding individual filaments, which adds bulk to the strand. It has better high temperature resistance, fireproof, air permeability, abrasion resistance. Technically, the glass yarn has two basic style for textiles, spiral and curly yarn. 1. Fiberglass yarn has advantage as insulating ability. 2. It is good and fire resistant against heat material, used as heat insulation, electrical insulation materials and also made into other products. 3. It with metallic can extensively apply to friction materials. 4. It is the excellent substitute for asbestos. 5. PTFE coating membrane fabric basis; High temperature sewing thread

Features 1. Fiberglass filament yarn uses ore as the raw material 2. It has the properties of insulation, fireproof and softness 3. It is a necessary raw material of all kinds of fireproof and insulation products 4. Twists and diameters of filament depend on customers' requirements 5. Special specifications depend on customers' requirements Application Field: 1. In modern airplanes, composite materials account for approximately 50% of the total weight. While aerospace products utilize various composite matrices, E-Glass remains a popular choice for reinforcement. Reinforced composites are extensively used in the production of laminates for a wide range of cabin interior parts, including flooring, closets, seating, air ducts, cargo liners, helicopter blades and insulation applications. 2. Fiberglass yarns are used in automotive applications for their tensile strength, temperature resistance and dimensional stability. 3. Fiberglass yarns are used in construction applications because they add significant strength to various construction materials, enhancing their durability and structural integrity. 4. Fiberglass yarn is essential to produce electronic and electrical products due to its unique properties: low elongation, mechanical strength, thermal and electrical resistance. 5. Fiberglass products are used in many industrial applications because they add strength, have low thermal conductivity, are naturally fire resistant, do not elongate, or shrink, do not conduct electricity and do not decay.   6. Our yarns can be found in Hockey Sticks, Snow Skis, Snowboards, Skateboards, water skis, wake board, Paddle Boards, baseball bats and various Marine applications.  Our Resin compatible yarns impart superior Tensile and Flexural Strength.  7.These yarns are being used for the production of either circular or flat knitted-, as well as woven fabrics to create medical castings and tapes, orthotic products and bandages. Some of these products replace plaster casts, while other ones like e.g. orthoses have a supporting and/or fixing function. 8. Rotor blades and nacelles for wind generation are based on composites manufactured from resin compatible E-Glass yarns. Fiberglass composite components allow high strength at a low weight, so that longer and more efficient rotor blades for larger wind turbines can be manufactured in a cost effective way.

Chopped Strands for Thermoplastic are based on silane coupling agent and special sizing formulation, compatible with PA,PBT/PET, PP, AS/ABS, PC, PPS/PPO,POM, LCP. E-Glass Chopped Stands for thermoplastic are know for excellent strand integrity, superior flowability and processing property, delivering excellent mechanical property and high surface quality to its finished product. Fiberglass Chopped Strands Product Features 1. Silane-based coupling agent which delivers most balanced sizing properties. 2. Special sizing formulation which delivers good bonding between chopped strands and matrix resin 3. Excellent integrity and dry flowability, good mold ability and dispersion 4. Excellent mechanical properties and surface condition of composite products.

100 Tex E-Glass Fiberglass Direct Roving is a type of fiberglass product that is used to manufacture composite materials. It is a bundle of continuous glass fibers that are wound together to form a rope-like strand. The fibers are not chopped or cut, but rather remain continuous throughout the length of the roving. Fiberglass Direct Roving Characteristics: Alkali-resistant fiberglass Safe easy handling Excellent mechanical performance Easy blending into the GRC matrix Easy spraying & chopping Perfect for incorporation into complicated

Fiberglass yarn is made of ore which are melted at high temperature in furnace and cooled rapidly. Finished products are available in continuous filaments and chopped strands for various fiberglass fabric or other GRP reinforced products. Continuous fiberglass filaments can be divided into texturized yarn, direct roving yarn, piled yarn, single yarn, twisted yarns. Application of Fiberglass Twisted Yarn 1. Fiberglass yarn has advantage as insulating ability. 2. It is good and fire resistant against heat material, used as heat insulation, electrical insulation materials and also made into other products. 3. It with metallic can extensively apply to friction materials. 4. It is the excellent substitute for asbestos. https://www.hy-fiberglass.com/

Deodorization equipment is air purification equipment used to deodorize and remove odors, and is commonly used in factories, workshops, sewage stations, garbage factories and so on. The structure of deodorization equipment is simple, and has the characteristics of low energy consumption, high purification efficiency and wide range of application. For the treatment of waste gas, more liquid absorption method of treatment; wastewater treatment, more ion deodorization equipment; garbage recycling station treatment, more use of spray deodorization equipment. Nowadays, the uncontrolled emission of industrial flue gas makes the global atmospheric environment deteriorating, and the harm of acid rain has attracted the attention of all countries. The acidification of the atmosphere due to pollution has led to the destruction of the ecological environment and the frequent occurrence of major disasters, causing great losses to mankind. Therefore, it is imperative to choose an economical and feasible deodorizing equipment. Brief introduction Deodorization equipment has a simple structure, low energy consumption, high purification efficiency and a wide range of characteristics, the exhaust gas is introduced into the purification tower by the air duct, through the packing layer, the exhaust gas and sodium hydroxide solution for the gas-liquid two- phase full contact absorption and neutralization reaction, the exhaust gas is purified, and then by the mist elimination plate dehydration and mist elimination by the fan discharged into the atmosphere. The absorbing liquid is pressurized by water pump at the bottom of the tower and then sprayed at the top of the tower, and finally flows back to the bottom of the tower for recycling. Structure The Biological deodorization equipment consists of a round tower, connected by flanges in sections. The specific structure consists of air inlet section, pressure chamber, bubble liquid storage tank, two-stage spray section, cyclone plate, out of the wind cone cap and other components. Its characteristics are: easy to make, easy to install and maintain, high strength, small footprint. Exhaust gas is pressed into the inner cylinder of the purification tower by the fan to form a pressure chamber, and then by the pressure chamber are assigned to each bubble tube, the exhaust gas through the bubble into the storage tank absorption and neutralization of the liquid in the bubble, so that the gas- liquid full contact to improve the purification efficiency. Then into the spray layer, spray form using double packing, two-stage spray, so that the gas-liquid full contact, improve the purification efficiency. The tower is equipped with a glass fiber reinforced plastic centrifugal fan and plastic water pump or stainless steel water pump. When the handling air volume is more than 10000 cubic meters, two water pumps can meet the design requirements. https://www.tx-frp-enviroequip.co , m/

A Crossflow Cooling Tower is a device that cools water. Water flows vertically from the upper part of the tower, and air flows horizontally through the spray filler, and the air flow is orthogonal to the water flow of the cooling tower. According to the water quality of cooling water is divided into: open tower and closed tower. According to the noise level is divided into: ordinary type (P), low noise type (D), ultra-low noise type (C), industrial type (G). According to the water quality of cooling water is divided into: open tower and closed tower According to the noise level is divided into: ordinary type (P), low noise type (D), ultra-low noise type (C), industrial type (G).   Advantages: 1) Small water pressure head, less power consumption. 2) Low noise, wider use occasions. 3) Less water loss, more economical and more sustainable. 4) The water distribution method is reasonable, the water distribution system with gravity natural fall is adopted, the loose water hole is not easy to plug, and the water distribution is uniform, which maximizes the performance of the filler. 5) After module combination, efficiency remains unchanged. And the reverse flow tower is less efficient. Note: It is compared with countercurrent tower.

Our counter flow cooling towers are engineered to minimize pump head requirements and are less susceptible to icing in cold weather conditions, ensuring year-round efficiency and reliability. With a range of cell sizes and customizable components, frp cooling towers are tailored to meet the specific demands of various industries.   Types of counter flow cooling towers According to the noise level: ordinary type (P), low noise type (D), ultra-low noise type (C), industrial type (G) According to the structure of the tower, there are square towers and round cooling towers. Countercurrent cooling tower is the water in the tower filling, the water in the tower from top to bottom, the air in the tower from bottom to top, this is the counter current cooling tower.   Three stages of cooling tower: 1. The water distributor to the tower packing top, because the water temperature is relatively high, can continue to transfer heat to the air. 2. The filling water at the top of the counterflow cooling tower is exchanged with the hot gas at the bottom, commonly known as the countercurrent section. 3. When the filler reaches the bottom of the sump, the hot water will be cooled into cold water, and the counter flow type cooling tower is more efficient than the cross-flow cooling tower.   Advantages of counter flow cooling tower 1. The whole counter flow cooling tower design is simple, the water distribution system is smooth, the whole water distribution process does not need special requirements, and it is not easy to plug. Water filling is used to prevent aging and moisture reflux. In places where the temperature is relatively low, it is easy to take anti-freezing measures. And can design multiple cooling towers to be used at the same time.   2. The counter flow FRP cooling tower operation is relatively simple. The production cost of the entire equipment can be controlled, and it is usually used in some large cooling circulation water.   Counter flow cooling tower applications • Medical Plants: Our counterflow cooling towers for sale provide the precise temperature control needed for sensitive medical environments. • Nuclear Power Stations: Designed for the high safety and efficiency standards of nuclear facilities. • Chemical and Oil Refineries: Capable of handling the demanding conditions and impurities found in these industries. • Thermal Power Plants: Optimized for the heat transfer requirements of thermal power generation. • Small Factory Industries: Suitable for smaller operations where space and efficiency are critical. • Boiler Plants: Efficiently managing heat dissipation for boiler systems. • Furnace Plants: Supporting the cooling needs of high-temperature furnace operations.

Engineered to provide exceptional durability and high thermal efficiency in industrial cooling applications. These FRP cooling towers are crafted from pultruded fiberglass, a material known for its superior strength and resistance to harsh environments, making pultruded frp cooling tower a customizable and eco-friendly choice for various industries.   Pultruded frp cooling tower features • Exceptional Durability Pultruded cooling towers are built to withstand the test of time, with high resistance to corrosion, chemicals, UV radiation, and environmental factors, ensuring a longer operational lifespan and minimal maintenance. • Corrosion Resistance Unlike traditional cooling solutions prone to rust and wear, pultruded FRP towers are unaffected by corrosive elements, making them perfect for industries such as chemical processing and power generation. • Consistent Performance The inherent qualities of pultruded FRP ensure consistent cooling performance, crucial for maintaining uninterrupted industrial processes. • Wide Application Range Our pultruded frp cooling towers for sale are versatile, serving a broad spectrum of industries including manufacturing, power plants, chemical processing, steel, and sugar industries, among others.   Molded Cooling Tower Working principle After the dry (low enthalpy value) air is pumped by the fan, it enters the cooling tower from the inlet air network; The high temperature water molecules with high partial pressure of saturated steam flow to the air with low pressure, and the wet and hot water (high enthalpy value) is poured into the tower by the self-seeded water system. When water droplets and air contact, on the one hand due to the direct heat transfer of air and not, on the other hand due to the pressure difference between the surface of the water steam and the air, under the action of pressure to produce evaporation phenomenon, to the evaporation of latent heat, the heat in the water to take away the evaporation of heat transfer, so as to achieve the purpose of cooling tower.   Used in air conditioning cooling system, refrigeration series, injection molding, leather, foaming, power generation, steam turbine, aluminum processing equipment Design meteorological conditions of FRP molded cooling tower Atmospheric pressure: P =99.4×103 kPa Dry bulb temperature: θ =31.5℃ Wet bulb temperature: τ =28℃ (27℃ for square and ordinary type)   Tengxiao Cooling tower design parameters 1. Standard type: incoming tower water temperature 37℃, outgoing tower water temperature 32℃ 2. Medium temperature type: Entering the tower water temperature 43℃, out of the tower water temperature 33℃ 3. High temperature type: entering the tower water temperature of 60℃, out of the tower water temperature of 35℃ 4. Common type: the water temperature into the tower is 37℃, the water temperature out of the tower is 32℃ 5.Large tower: the water temperature into the tower is 42℃, the water temperature out of the tower is 32℃ in industry, a kind of equipment to cool hot water. Water is transported to the tower to make heat exchange between water and air, or heat and mass exchange, in order to achieve the purpose of reducing the water temperature.   Pultruded frp cooling tower applications The waste heat generated in industrial production or refrigeration process is generally guided away by cooling water. The role of FRP molded cooling tower is to carry out heat exchange between the cooling water with waste heat in the tower and the air, so that the waste heat is transmitted to the air and dispersed into the atmosphere. For example, in a thermal power plant, the boiler heats water into high temperature and high pressure steam, pushes the turbine to do work to make the generator generate electricity, and the waste steam after the steam turbine does work is discharged into the condenser, and the cooling water is exchanged to condense into water, and then the water is pumped back to the boiler for recycling. In this process, the waste heat of the lack of steam is transferred to the cooling water, which increases the temperature of the water, and the cooling water with the waste heat is transferred to the air in the cooling tower and discharged into the atmospheric environment from the wind duct.   Application range: Mainly used in air conditioning cooling system, freezing series, injection molding, leather, foaming, power generation, steam turbine, aluminum profile processing, air compressor, industrial water cooling and other fields, the most used for air conditioning cooling, freezing, plastic chemical industry.

Round countercurrent glass steel cooling tower, using the "bottle" shape design, the whole FRP cooling tower assembly is convenient, durable, light and delicate, cooling effect is good, made of high-quality glass steel, the surface gelcoat color contains light stabilizer, with anti-ultraviolet irradiation, uniform color, can maintain year-round do not fade, do not aging. Round cooling towers features: • Round cooling tower, using "bottle" shape design, minimal wind resistance. • The whole frp round cooling tower is easy to assemble, strong and durable, light and delicate, and has good cooling effect. • The circular countercurrent cooling tower body is made of high quality glass steel, and the surface gelcoat is made of imported raw materials. Its color contains light stabilizer, which is resistant to ultraviolet radiation, uniform and bright color, and can be maintained all year round without fading and aging. • The transmission parts adopt counter flow cooling tower special fan and motor. It has the characteristics of stable operation, reasonable matching, large air volume, low energy consumption and low noise. • The water distribution device is composed of fiberglass cloth water pipe, nylon water distribution device and cast copper inner core, which automatically rotates the water distribution through the water reaction force. The water distribution device has small pressure head loss, low water demand and uniform water distribution. • The packing has been tested by Shandong Thermal Engineering Institute, and has the characteristics of long life, high cooling efficiency, uniform water redistribution, small wind resistance, good hydrophilicity and high temperature resistance. • The steel component adopts advanced hot-dip galvanizing process and is coated with high-performance anticorrosive paint to ensure its service life.   Round cooling towers applications: Countercurrent cooling tower chassis can be used as a water collection tray, and equipped with manual water supply, automatic water supply, sewage, overflow and other devices, can be used as a closed cycle pool, no need to set up another pool. The silent series round cooling towers adopt a unique noise reduction technology, and the noise index is far lower than the specified value in the national standard. Circular counter flow cooling tower has good stability and strength, can withstand Richter magnitude 8 earthquake and 12 typhoon attack, round type cooling tower for sale is suitable for small and medium-sized water, multi-water dispersed arrangement of circulating cooling water system use, the arrangement is very flexible and convenient.   Company Service As a professional round cooling tower manufacturer, Tengxiao Environmental Protection Equipment is committed to providing not only high-quality products but also exceptional service. We offer: • Customized Solutions: Tailored to meet the specific requirements of your projects, ensuring optimal performance. • Quality Assurance: Rigorous quality control over every component to guarantee reliability and efficiency. • Cost-Effective Solutions: Delivering high-performance cooling towers at competitive prices, ensuring value for money. • After-Sales Support: Dedicated customer service and technical support to assist with any issues that may arise.