Vacuum Tempering Furnace Introduction: ShinTek Vacuum Tempering Furnaces can be used for Tempering varieties of materials, such as High Speed Steel, Die Steel, Alloy Steel, Aluminum and Aluminum alloy die, Ti alloy, Precision alloy, Stainless Steel, High temperature alloy, refractory metal, hard metal etc… Vacuum Tempering Furnace Specifications: Model STVF-T-80 STVF-T-100 STVF-T-150 STVF-T-200 Working zone size 600*400*400 750*500*500 900*600*600 1200*800*800 Load (KG) 200 300 500 1000 Power 80KW 100KW 150KW 200KW Max. temperature 1100? Temperature uniformity +/-5? Ultimate vacuum level (Cold) 5*10-4 Pa Leakage rate =0.67 Pa/h Remark: The Vacuum Tempering Furnace can be customized for your specific project. Vacuum Tempering Furnace features: (1) Vacuum Tempering Furnace – Patented hotzone design enable a high energy efficiency; (2) Vacuum Tempering Furnace – High vacuum level, enable it can be used for a wide of industries; (3) Vacuum Tempering Furnace – Several kinds of heating elements for choose, customized for your specific projects: Graphite, SS, Ni-Cr, Mo, MoLa, TZM, Tungsten… (4) Vacuum Tempering Furnace – Reasonable hotzone design enable a high temperature uniformity; (5) Vacuum Tempering Furnace – Friendly control system.
Low, medium and high voltage transformers 110kV Class Power Transformers General The110kV class low loss transformers are developed by Huapengour workshop through years of service experience and careful analysis of the advantages and disadvantages of the transformers of different manufacturers, both domestic and abroad, and are featured by low loss, low partial discharge, low noise, high strength against short circuit, and high reliability in service. Its outstanding performance has won high reputation throughout China, and the world, and are highly appreciated by experts of the circle. Transformers can be made with welded tank cover and/or flange , Thus obviated from the necessity of lifting out the active part for inspection after arrival on site. Partial discharge level: apparent discharge < 80pC at 1.5 times rated voltage. Noise level : below 58 dB for transformers 63MVA and below with AN cooling Losses: no-load loss 30% lower than specified by GB/T 6451-1995 Reliability: no damage or oil leakage have been found in transformers in service up to the present Short-circuit withstand capability: Our SZ9-31500/110,SSZ-50000/110 transformers successfully passed short-circuit test in National Transformer Quality Inspecting and Testing Center, and in CESI Laboratory of Italy. Winding 1. Partially interleaved continuous winding is used for HV winding to improve its behavior under lightning impulse, because of its more uniform voltage distribution. 2. All the spacers and vertical strips are rounded at corners, in order to obtain a more reliable insulation structure. 3. Zig-Zag directional flow is provided inside the windings, so that all parts of the windings are better cooled, resulting in lower winding temperature rise, and specifically lower hot-spot temperature, thus the insulation life of the transformer is prolonged. 4. Separate regulating windings are provided for both the 110kV high voltage and the 35kV medium voltage side, so that a more balanced ampere-turn is obtained in spite of tap-changing, the short-circuit withstand capability is thus promoted. Radially, the windings of a phase assembly are tight-fit, little space is left between the core and the low-voltage cylinder, and between the windings. All the vertical strips and cylinders are thoroughly dried before assembly, so that a tight phase assembly can be finally obtained. Core 1. High permeability grain oriented high quality cold-rolled sheets are used for the fabrication of core. The sheets are cut on automatic cutting line made by Georg Co. of Germany or Soenen Co. of Belgium. The burrs are controlled within 0.02mm. 2. The core is stacked without stacking the upper yoke, the upper yoke sheets are placed into position after the winding blocks are mounted on the core. The joints of the core sheets are mitred 45fpjoint with step-lap. The stacked core is pressed under even pressure and the edge of the sheets are painted with epoxy resin, so that a straight, robust, integral structure is obtained, helping to reduce core loss and noise. 3. Wooden strips are driven into the space between core and LV cylinder. The yoke is kept tightened by epoxy-resin impregnated glass tape, while the lower yoke is pressed against the wall of the lower tank through threaded bolts. The active part of the transformer is in addition kept in position by devices at three places between the upper yoke and the tank cover in such a way that the active part cannot be displaced during transportation.
Principle of operation The QT-1 laser particle size analyzer uses Mie scattering theory to measure particle size, considering the refractive index of the particles and dispersion medium. According to Mies theory, a particle will scatter light at an angle determined by that particles size. A collection of particles will produce a pattern of scattered light defined by intensity and angle that can be transformed into a particle size distribution result. The data of particle test can be calculated in two ways: unconstrained fitting inversion and constrained fitting inversion. The constrained fitting inversion is a relatively simple way. The particle size distribution is inverted with the assumption that there is a certain distribution pattern in particles. However, the deviation exists between the assumption and the reality. Therefore, the tested results through the constrained fitting inversion cannot truly reflect the real size distribution of the particles. In unconstrained fitting inversion, no distribution pattern of particles is assumed before the test, and the size distribution of the particles is directly and precisely calculated from the light intensity. In this way, the instrument requires reasonable sensor design and size grading to ensure its high performance. The particle size distribution can be precisely calculated with QT-1 Laser particle size analyzer which uses the optimized non-uniform cross 3D fan-shaped sensor array and the reasonable size grading.
Vacuum Furnace Introduction: ShinTek can produce varieties of Vacuum Furnaces, including Vacuum heat treatment Furnace, Vacuum Brazing Furnace, Vacuum Sintering Furnace, Vacuum Induction Melting Furnace and so on… Vacuum Heat Treatment Furnace: Vacuum Quenching Furnace, Vacuum Annealing Furnace, Vacuum Tempering Furnace, Vacuum Carburizing Furnace, etc... Vacuum Brazing Furnace: Vacuum Aluminum Brazing Furnace, Vacuum High Temperature Brazing Furnace, Vacuum Diffusion Brazing Furnace, etc... Vacuum Sintering Furnace: Vacuum Powder Metallurgy Sintering Furnace, Vacuum MIM Sintering Furnace, Vacuum Hot Pressing Furnace... The Vacuum Furnace can be used for a wide of industries, including High Speed Steel, Die Steel, Alloy Steel, Aluminum and Aluminum alloy, Ti alloy, Beryllium Bronze, Precision alloy, Stainless Steel, High temperature alloy, refractory metal, hard metal, magnetic material, nonferrous metal, etc… Vacuum Furnace Specifications: Model STVF-Q-40 STVF-Q-65 STVF-Q-85 STVF-Q-120 STVF-Q-160 STVF-Q-240 STVF-Q-500 Working zone size 450*300*300 600*400*400 750*500*500 900*600*600 1100*700*700 1200*800*800 3500*800*600 Load (KG) 60 150 250 500 800 1000 2500 Power 40KW 65KW 85KW 120KW 160KW 240KW 500KW Max. temperature 1350? Temperature uniformity +/-5? (can achieve +/-3?for some specific project.) Ultimate vacuum level (Cold) 8*10-4 Pa Leakage rate =0.67 Pa/h Vacuum Furnace features: (1) Vacuum Furnace – Patented hotzone design enable a high energy efficiency; (2) Vacuum Furnace – High vacuum level, enable it can be used for a wide of industries; (3) Vacuum Furnace – Several kinds of heating elements for choose, customized for your specific projects: Graphite, SS, Ni-Cr, Mo, MoLa, TZM, Tungsten… (4) Vacuum Furnace – Reasonable hotzone design enable a high temperature uniformity; (5) Vacuum Furnace – Friendly control system.
Vacuum Quenching Furnace Introduction: ShinTek Vacuum Quenching Furnace includes vacuum oil quenching furnace and vacuum gas quenching furnace, which can be used for quenching varieties of materials, such as High Speed Steel, Die Steel, Alloy Steel, Aluminum and Aluminum alloy die, Ti alloy, Precision alloy, Stainless Steel, High temperature alloy, refractory metal, hard metal etc… Vacuum Quenching Furnace Specifications: Model STVF-Q-40 STVF-Q-65 STVF-Q-85 STVF-Q-120 STVF-Q-160 STVF-Q-240 STVF-Q-500 Working zone size 450*300*300 600*400*400 750*500*500 900*600*600 1100*700*700 1200*800*800 3500*800*600 Load (KG) 60 150 250 500 800 1000 2500 Power 40KW 65KW 85KW 120KW 160KW 240KW 500KW Max. temperature 1350? Temperature uniformity +/-5? (can achieve +/-3?for some specific project.) Ultimate vacuum level (Cold) 8*10-4 Pa Leakage rate =0.67 Pa/h Remark: The Vacuum Quenching Furnace can be customized for your specific project. 1. Several hotzone design for choose: Horizontal, Vertical; 2. Single chamber, Twin chamber, Three chamber; Vacuum Quenching Furnace features: (1) Vacuum Quenching Furnace – Patented hotzone design enable a high energy efficiency; (2) Vacuum Quenching Furnace – High vacuum level, enable it can be used for a wide of industries; (3) Vacuum Quenching Furnace – Several kinds of heating elements for choose, customized for your specific projects: Graphite, SS, Ni-Cr, Mo, MoLa, TZM, Tungsten… (4) Vacuum Quenching Furnace – Reasonable hotzone design enable a high temperature uniformity; (5) Vacuum Quenching Furnace – Friendly control system. The main difference between Oil Quenching and Gas Quenching: 1. Oil quenching – Total investment is lower; 2. Gas quenching – Small deformation on the parts after treatment; Do not need clean after treatment.
With a sole aim in delivering quality products, we are the prominent exporter of even wall drilling motor in beijing, china. By changing the shape of the stator case in a rational way, even wall drilling motor can help achieve thin and uniform stator rubber layer, to overcome the technical deficiencies in the stator of conventional drilling motors. This type of drilling motor is characterized by high thermal efficiency, sound thermal expansion and better sealing result. It has wider application, more optimized structure and lighter body mass, which help improve the working environment of drilling motors, thus prolonging the service life.
Model Number: EB650 Power 5KW/380V/50HZ Working width 650mm Etching area 650Ã?1000mm Etchant: Ferric Chloride Etched type Double Spraying Working Temperature 0~65°C Heat System Titanium,3KW Cool System Titanium tube,25 meter Vertical Pump 2.2KW/220V/50HZ Tolerance: 0.05mm Machine Size 2184*1623*1570mm Weight About 450kgs Features: 1.High transparency toughened glass design, it's convenient to observe internal spraying and transmission. 2.Uses PCB technology with double oscillatory frame to get higher precision 3.The body is made of PP or PVC,which is heat-resistant, corrosion-resistant and strain-resistant. 4.Adopted high pressure system,so the praying is more uniform 5.The speed can be adjusted for your different requirements. 6.Built in thermostat and can work for a long time. 7.Heating tube and cooling tube used titanium materials with good corrosion resistance. and the best temperature could be ensure by automatic heating and cooling device. 8.Simple operation, it's very suitable for mass production. 9.Non-standard sizes can be customized according to different business requirement Applications: Its mainly used to etch through the metal decoration plates, nameplates ,signs, tags,stencils,gobos,metal crafts and so on Package: Wooden case with waterproofing felt in side for ocean transportation,If you have special requirements ,pleased inform us in advance. After-sales Services: Three years warranty for product quality. Timely service,life-long maintenance. Free training for installation and operation of products. Provide main component for replacement when you send back the problematical ones.
Vacuum Casting Furnace Introduction: As the most experienced Vacuum Casting Furnace manufacturer in China, ShinTek Vacuum Casting Furnace can be used for a wide of industries, can melting and pouring Ni-based alloy, special steel, precision alloy, NdFeB, Dysprosium metal, activated metal, super alloy, hydrogen storage material, magnetic material and so on… Vacuum Casting Furnace Specifications: Model STVIM-10 STVIM-25 STVIM-50 STVIM-100 STVIM-200 STVIM-500 STVIM-1000 STVIM-1500 Working zone size 5*3*2 4.8*4*2.5 9.8*5*3.2 9.8*5.5*5.0 11*8.7*4.6 12.5*8*6 16*12*7.6 17*14*8.5 Load (KG) 10 25 50 100 200 500 1000 1500 Power 40KW 50/100KW 100KW 160KW 200/250KW 500KW 500KW 1000KW Voltage 300V 175V 375V 375V 375V 700V 700V 700V Frequency 4000Hz 2500Hz 2500Hz 2500Hz 1600Hz 1000Hz 500Hz 500Hz Max. temperature 1600? Temperature uniformity +/-5? Ultimate vacuum level (Cold) 6.7*10-3Pa Leakage rate =4Pa/h Remark: The Vacuum Casting Furnace can be customized for your specific project. Vacuum Casting Furnace features: (1) Vacuum Casting Furnace – Patented hotzone design enable a high energy efficiency; (2) Vacuum Casting Furnace – Suitable for most of metallurgy industries, can be customized for users; (3) Vacuum Casting Furnace – Two heating system are available for choose, either thyristor frequency converter or IGBT power system. (4) Vacuum Casting Furnace – Two feeding method for choose: Manual or Semi-continueous; (5) Vacuum Casting Furnace – Friendly control system.
Vacuum Induction Melting Furnace Introduction: As the most experienced Vacuum Induction Melting Furnace manufacturer in China, ShinTek Vacuum Induction Melting Furnace can be used for a wide of industries, can melting and pouring Ni-based alloy, special steel, precision alloy, NdFeB, Dysprosium metal, activated metal, super alloy, hydrogen storage material, magnetic material and so on… Vacuum Induction Melting Furnace Specifications: Model STVIM-10 STVIM-25 STVIM-50 STVIM-100 STVIM-200 STVIM-500 STVIM-1000 STVIM-1500 Working zone size 5*3*2 4.8*4*2.5 9.8*5*3.2 9.8*5.5*5.0 11*8.7*4.6 12.5*8*6 16*12*7.6 17*14*8.5 Load (KG) 10 25 50 100 200 500 1000 1500 Power 40KW 50/100KW 100KW 160KW 200/250KW 500KW 500KW 1000KW Voltage 300V 175V 375V 375V 375V 700V 700V 700V Frequency 4000Hz 2500Hz 2500Hz 2500Hz 1600Hz 1000Hz 500Hz 500Hz Max. temperature 1600? Temperature uniformity +/-5? Ultimate vacuum level (Cold) 6.7*10-3Pa Leakage rate =4Pa/h Remark: The Vacuum Induction Melting Furnace can be customized for your specific project, and also can be equipped with casting furnace for your melting and casting process. Vacuum Induction Melting Furnace features: (1) Vacuum Induction Melting Furnace – Patented hotzone design enable a high energy efficiency; (2) Vacuum Induction Melting Furnace – Suitable for most of metallurgy industries, can be customized for users; (3) Vacuum Induction Melting Furnace – Two heating system are available for choose, either thyristor frequency converter or IGBT power system. (4) Vacuum Induction Melting Furnace – Two feeding method for choose: Manual or Semi-continueous; (5) Vacuum Induction Melting Furnace – Friendly control system.
The S120 current clamp is a high performance AC Clamp on current transformer probe with excellent transformation and low phase shift. The high quality magnetic permalloy core and uniform windings provide for accurate measurements up to 3000AAC/2000AAC/1000AAC/500AAC. The "ring type" jaw permits good magnetic conduction and cable positionings. Provide excellent RMS capabilities and reliable signal reproduction. FEATURES UL, CE CNAS mark Frequency 10-2MHz; Holding wire diameter: 120mm Conforms to EN 61010, 600V CAT III Low phase shift for power measurement Industrial design & beautiful appearance High content nickel metal permalloy core Measurement range of 1mA to 3000A AC Transformation ratio: 1000:1, 2000:5, 3000:5 Improved ergonomic design & easy operation High precision 0.1% for current measurement; Designed for DMMs, recorders, loggers, oscilloscopes, power and harmonic meters
We are among the eminent names in the industry for exporting and supplying a wide spectrum of screw conveyor in beijing, china. Owing to their features like corrosion resistance, higher performance and ability to withstand extreme weather conditions, these conveyors are widely demanded by the clients. Customers can avail these products from us at very reasonable rates. Key features: ? large bearing capacity, safe and reliable ? strong adaptability, easy installation and maintenance, long service life ? small size, high speed, to ensure rapid and uniform transport ? the cleaning device installed on output terminal, making the machine low in noise, strong in adaptation , and the position of the inlet and outlet is arranged flexibly ? sealing good, the shell is made of seamless steel pipe, the end adopts flange connected with each other into a whole, while with good rigidity
Technology brief There has been a growing demand for small and medium-sized oxygen equipment with rapid development of the national economy in recent years. Beijing Peking University Pioneer Technology Co., Ltd. (hereinafter referred to as PKU PIONEER), seizing this market opportunity with its advanced technology and engineering experience of more than 100 sets of oxygen equipment, has produced the customized the new skid-mounted PSA oxygen equipment through its continuous development and innovation. The PSA-O2 generator meets a wide range of requirements for users in need of small and medium-sized oxygen equipment. It has remarkable advantages on its stability, simplicity, efficiency and energy saving. Production Capacity 50Nm3/h-450Nm3/h, equivalent to liquid oxygen of about 1.7 TPD-15.4 TPD. Typical Applications The PSA-O2 generator is widely used in water treatment, flue gas ozone denitrification, kiln combustion, pulp bleaching, aquaculture, medical and other fields. Technical Advantages 1. Advanced single-vessel process Compared with the traditional double-vessel process, the world-leading single-vessel process requires less equipment but brings more stable performance with easier operation and maintenance. 2. High efficiency lithium-based molecular sieve The third generation of high-efficiency lithium-based oxygen generation molecular sieve (PU-8) has a lithium ion exchange rate of over 99%, bringing plenty of advantages such as high strength, high nitrogen and oxygen selectivity, large bulk density, uniform particles, long service life, etc. In combination with the proprietary automatic filling technology, the stability of the molecular sieve bed is effectively guaranteed. 3. Special valves for oxygen generation Special valves for oxygen generation are more suitable for VPSA oxygen process, offering good sealing, fast switching speed, stable performance and other characteristics, along with outstanding low failure rate and easy maintenance. 4. Modular integrated design Compared with the conventional double-vessel process, the equipment is more compact and the plot area can be reduced by more than 20%. 5. Low operation cost The power consumption of oxygen is as low as 0.29-0.32kWh/Nm3, the annual maintenance cost is 30% lower than that of a common PSA oxygen generator. The annual comprehensive operation cost is also reduced by more than 50%, compared with the cost of common PSA oxygen generator or purchasing liquid oxygen.
STAF-1400 Series Controlled Atmosphere Furnace The STAF-1400 series Controlled Atmosphere Furnaces are customized for some specific applications in the labs. They can be used for varieties of industries, such as the electronic ceramic sintering, glass annealing or crystallization, ceramic metallization, powder metallurgy, technological material innovation and so on… Features: 1. Double-layer wall, equipped with air-cooled system, enable a quick temperature rising or decreasing rate; 2. A Perfect high-temperature sealing kits on the cover and top; a water cooling system is equipped in the cover; 3. There is a gas inlet, a gas outlet, a hole for pre-vacuum pump system on the furnace body. 4. Furnace body: Steel plate 5. The heat barrier system: Al2O3 polycrystalline fibre by a patent assembly way, enable a 50% energy saving. 6. Heater: silicon carbide rod 7. Intelligent temperature control system; 8. Can filled with Hydrogen, Argon, Nitrogen depend on your specific application. 9. Equipped with pre-vacuum pump system, can achieve a pre-vacuum level of 20kPa; 10. Pressure after filling with gas (Argon, Hydrogen, Nitrogen): 0.1MPa Specifications: Atmosphere Furnace STAF-1400-5 STAF-1400-8 STAF-1400-10 STAF-1400-16 Power consumption 5KW 8KW 10KW 16KW Voltage 220V 220V/380V 380V 380V Frequency 50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz Working zone size (mm) 200*150*150 300*200*200 400*300*300 500*400*400 Max. temperature 1400 ? Working temperature 1300-1350? Temperature rising rate =20 ?/min, adjustable Temperature uniformity +/-5? Temperature accuracy +/-1? Heater silicon carbide rod Temperature control sys Intelligent PID Unit price (USD, Ex-works) 7,380.00 8,360.00 10,820.00 14,300.00 Remark 1.) The working zone size, temperature or other functions can be customized per user’s specific requirements; 2.) An additional wet hydrogen system costs around 1000 USD. Payment terms: 1.) 100% paid by T/T before production; or 2.) 50% paid by T/T (advance), balance 50% paid by T/T before delivery (after inspection) . Or 3.) 100% paid by L/C (confirmed and irrevocable, at sight) before production.
STAF-1700 Series Controlled Atmosphere Furnace The STAF-1700 series Controlled Atmosphere Furnaces are customized for some specific applications in the labs. They can be used for varieties of industries, such as the electronic ceramic sintering, glass annealing or crystallization, ceramic metallization, powder metallurgy, technological material innovation and so on… Features: 1. Double-layer wall, equipped with air-cooled system, enable a quick temperature rising or decreasing rate; 2. A Perfect high-temperature sealing kits on the cover and top; a water cooling system is equipped in the cover; 3. There is a gas inlet, a gas outlet, a hole for pre-vacuum pump system on the furnace body. 4. Furnace body: Steel plate 5. The heat barrier system: Al2O3 polycrystalline fibre by a patent assembly way, enable a 50% energy saving. 6. Heater: MoSi2 rod 7. Intelligent temperature control system; 8. Can filled with Hydrogen, Argon, Nitrogen depend on your specific application. 9. Equipped with pre-vacuum pump system, can achieve a pre-vacuum level of 20kPa; 10. Pressure after filling with gas (Argon, Hydrogen, Nitrogen): 0.1MPa Specifications: Atmosphere Furnace STAF-1700-6 STAF-1700-8 STAF-1700-15 STAF-1700-25 Power consumption 6KW 8KW 15KW 25KW Voltage 220V 380V 380V 380V Frequency 50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz Working zone size (mm) 200*150*150 300*200*200 400*300*300 500*400*400 Max. temperature 1700 ? Working temperature 1600? Temperature rising rate =20 ?/min, adjustable Temperature uniformity +/-5? Temperature accuracy +/-1? Heater MoSi2 rod Temperature control sys Intelligent PID Unit price (USD, Ex-works) 9,630.00 11,885.00 13,520.00 15,640.00 Remark 1.) The working zone size, temperature or other functions can be customized per user’s specific requirements; 2.) An additional wet hydrogen system costs around 1000 USD. Payment terms: 1.) 100% paid by T/T before production; or 2.) 50% paid by T/T (advance), balance 50% paid by T/T before delivery (after inspection) . Or 3.) 100% paid by L/C (confirmed and irrevocable, at sight) before production.
Customs code:8545190000 Properties: low resistivity, good conductivity, low ash, uniform and compact structure, good oxidation resistance, high mechanical strength. Introduction: graphite electrode, mainly petroleum coke, needle coke as raw material, coal pitch as binder, calcination, ingredients, kneading, molding, baking and graphitization, machining and made, which is released in electric arc furnace in the form of arc conductor of electricity to heat melting furnace charge, with low resistivity, good conductivity, low ash, uniform and compact structure, good oxidation resistance, high mechanical strength, etc. Product Parameters Item Unit Ordinary power graphite electrode High power graphite electrode Ultra High Power Electrode joint The diameter mm 100-350 400-500 200-350 400-500 250-500 200-500 Than the resistance ©m 6-9 7-10 6-7 6-7 4-5 4-7 Flexural strength Mpa 10-12 6.5-10 10-15 10-13 12-22 12-20 Modulus of elasticity Gpa 7-9 7-9.3 9-12 9-12 12-15 12-14 Thermal expansion coefficient / 1.8-2.9* 10-6 1.7-2.9* 10-6 1.6-2.2* 10-6 1.5-2.2* 10-6 1.4-2.2* 10-6 1.5-2.2* 10-6 The compressive strength Mpa 18-22 18-22 24-28 24-26 24-26 32-38 Bulk density g/cm³ 1.52-1.57 1.52-1.57 1.62-1.70 1.62-1.68 1.72-1.81 1.70-1.80 Ash % 0.3 0.3 0.3 0.3 0.3 0.3
The molten metal reacts with the iron matrix to produce an alloy layer, so that the matrix and the coating are combined. Hot dip galvanized steel pipe is first pickling, in order to remove iron oxide on the surface of the steel pipe, after pickling, through ammonium chloride or zinc chloride aqueous solution or ammonium chloride and zinc chloride mixed aqueous solution tank for cleaning, and then into the hot dip plating tank. Hot dip galvanizing steel pipe has the advantages of uniform coating, strong adhesion and long service life. Most of the processes in north China are zinc plating with direct coil pipe. Material Standard: ASTM, ASME and API 5L PSL2; Size: 1/2 inch to 12 inch, 14 inch, 16 inch, 18 inch, 20 inch, and 24 inch for seamless; Wall thickness: SCH 10, SCH 20, SCH 30, SCH 40, STD, XS, SCH 60, SCH 80, SCH 100, SCH120, SCH160, XXS; Length Range: 20 FT (6 meter), 40FT (12 meter)or customized; Form: Round, Square, Rectangular Etc Ends Type: Beveled ends, Plain ends; End Protection: plastic Caps or iron Caps; Surface Coatings: Natural, Varnished, Black painting, 3PP, FBE and 3PE, Cladding and Lined etc.
Clear Float Glass What is it? Clear Float Glass is a glass plate manufactured by floating the molten glass on molten tin layer. This method gives the glass uniform thickness and very flat surface, making it more glass used in construction. Advantages: 1. Offers a high level of light transmittance. 2. High light transmittance, excellent optical performance. 3. Smooth and flat surface, visible flaw is controlled strictly Application� Construction, mirror plate, furniture, decoration optical equipment, Vehicle, architecture, mirrors, automobiles etc. Specifications: Thickness:1.1mm,2mm,3mm,4mm,5mm,6mm,8mm,10mm,12mm,15mm,19mm Regular size: 194x610mm, 914x1220mm, 2440x183 0mm, 3300x2140mm, 3300x2440mm, 3660x2140mm, 3660x2440mm Complete range of size: The float glass can meet the requirement of large area lighting Surface: Smooth and flat surface and good vision Edge: Flat edge, grind edge, fine polished edge, beveled edge and others Corner: Natural corner, grind corner, round corner with fine polished Quality Standard: In accordance with GB11614; BS EN572-2 European standard; ASTM C 1036 USA standard
What is it? Back painted glass, is also called lacquered glass, varnished glass, has a strong decorative effect, very popular in interior decor and furniture decor. Advantages: 1) Painted glass has a sleek, modern luster thanks to a high quality coating on the back. 2) Water-resistant and moisture-resistant. 3) Aesthetically pleasing opaque glass. 4) Durable appearance: the back of the glass with the layer of varnish is always positioned against the surface to be covered. Positioning it in this way also preserves the color and appearance of the glass. 5) High-quality finishing: the manufacturing process guarantees uniform finishing and the paint adheres flawlessly to the glass. Application� Lacquered glass widely used door, wall, cabinet, partition, table top, splash board, wardrobes, bars and restaurants, kitchens and bathrooms, etc. Specification: 1) Thickness; 3mm ,5mm,6mm,8mm,10mm,12mm,15mm,19mm 2) Standard sized: 1220x915mm, 1830x2440mm, 2134x3300mm, 2440x3660mm, etc 3) Material grade: Temperable, Laminatable 4) Deep processing: Tempered, laminated, insulated, acid etched, ect 5) Standard Colors: RAL 9010- SOFT WHITE RAL 9003 - PURE WHITE RAL 9005 - BLACK RAL 1013 - BEIGE RAL 3020 - CHINA RED RAL 9001 - CREAM RAL 6019 - PASTEL GREEN RAL 1017 - SAFFRON YELLOW Other colors upon your request Quality Standard: Pass Chinese Safety Glass Compulsory Certification (CCC),CE,ISO
Clear Float Glass Suppliers in China Clear Float glass is produced by high-quality sand, natural ores and chemical materials by mixing them and melting them at high temperature; The molten glass flow into tin bath where the float glass is spread, polished and formed on the molten tin. Clear Float Glass Basic glass, versatile and suitable for different needs Clear float glass is the foundation of every magnificent glass project. It can be processed in every way imaginable and is often used as the base glass for an entire range of glass products, including coatings, mirrors, back-painted glass, acid-etched glass, and more. Benefits Clear Float glass has high light transmittance, providing a clear, undistorted view. Due to its crystal clarity, float glass has the unparalleled advantage of connecting you to the nature around you while protecting us from the elements. The natural light it allows into the building helps improve the visual comfort of the building's occupants while reducing the need for artificial lighting. Easy to process During the float glass manufacturing process, raw materials are melted to form a hot glass ribbon, which is then cooled in a controlled manner to introduce a uniform stress distribution in the annealed glass. An optimal annealing process helps ensure that float glass can be cut easily during further processing.
Float Glass Clear float glass is a common type of glass for windows and glass containers, especially in the food and beverage industry. The most popular type of clear float glass is soda-lime glass, named for its green color. This type of glass makes up about 90% of all manufactured glass. Clear float glass is also a preferred recycling material because it can be remelted and softened repeatedly without losing its integrity. Properties of Clear Float Glass Float glass is named for its manufacturing process. Raw materials such as silica sand, soda, lime, potash and recycled glass are melted together in a furnace. The molten glass composition is poured into a molten tin chamber. Since glass is lighter than tin, it floats to the top and forms a uniform layer on the surface. The glass then undergoes a cooling process that stabilizes and hardens it. Key characteristics of clear float glass include High light transmission: The most notable advantage of float glass is its smooth, clear surface with no streaks or bubbles. Its light transmission is usually around 85-90%. Chemically Inert: Clear float glass is non-chemically reactive and impermeable, making it ideal for applications involving contact with other substances such as food and beverages. Recyclable: Clear float glass can be recycled many times over, making it very environmentally friendly. Durable: It can be chemically tempered for greater hardness and scratch resistance.
