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For Metallurgical Industry Insulating Refractory Brick
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Product Description:
Product Brief Introduction:
Insulating brick, also known as light refractory brick, is a kind of lightweight heat insulating refractory material. It has the characteristics of low thermal conductivity and high refractory temperature, and is widely used in various high temperature furnaces.
Features:
1. Low thermal conductivity.
2. High strength and resistance to corrosion.
3. Low heat capacity.
4. Low shrinkage after heavy firing.
5. High insulation.
6. High refractoriness.
7. Low density.
8. Good thermal shock resistance under high temperature.
9. Thermal insulation energy-saving effect is good.
Teachnical Data:
Item | Index | |||||||
B - SERIES | ||||||||
B-1 | B-2 | B-3 | B-4 | B-5 | B-6 | B-7 | ||
Temp.( °C)Reheating Shrinkage less than 2.0% | 900 | 1,000 | 1,100 | 1,200 | 1,300 | 1,400 | 1,500 | |
Bulk density | 0.70≥ | 0.70≥ | 0.75≥ | 0.80≥ | 0.80≥ | 0.90≥ | 1.00≥ | |
Cold Crushing Strength(kg/cm2) | 25≤ | 25≤ | 25≤ | 25≤ | 25≤ | 30≤ | 30≤ | |
Thermal Conductivity (kcal/mh°C) | 350°C | 0.17≥ | 0.18≥ | 0.20≥ | 0.22≥ | 0.23≥ | 0.27≥ | 0.31≥ |
Application:
1. Insulating brick can be widely used for lining or insulation layers of various industrial furnaces and kilns,For example, metallurgical industry, machine building industry, ceramic industry, chemical industry.
2. Insulating brick can replace heavy refractory bricks, build new energy-saving industrial kiln, improve the insulation and energy saving effect of kiln, and thus reduce production costs.
Insulating brick customized service plan:
I. Overview of customization requirements
Insulating brick, as an efficient and energy-saving refractory, is widely used in lining and insulation layer of various high-temperature industrial furnaces. However, different industrial scenes have diverse and unique requirements for the size, chemical composition and technical parameters of insulating brick. In order to meet the personalized requirements of customers in specific application scenarios, we provide customized services in insulating brick to ensure that products can accurately adapt to customers' production processes and equipment structures, maximize the effect of heat insulation and energy saving, and ensure the stable operation and service life of furnaces.
II. Customized content
(1) Size customization
Standard size range: We provide a variety of standard sizes of insulating brick for customers to choose from, ranging from common small sizes (such as 100mm×100mm×50mm) to large sizes (such as 300mm×300mm×100mm) to meet the space layout and masonry requirements of different furnaces.
Special size customization: for special requirements beyond the standard size range, customers only need to provide detailed size parameters (length, width and height), and we will customize the production according to the size provided by customers. Whether it's the oversize insulating brick required by large industrial furnaces or the miniature insulating brick used in small precision equipment, we can ensure that the dimensional accuracy of customized bricks reaches [x] mm through precise mold making and molding technology (the specific accuracy is determined through consultation according to the actual production capacity and customer demand), so as to achieve a perfect fit with the furnace structure and avoid that the masonry gap caused by dimensional deviation is too large or too small, which will affect the thermal insulation effect and the overall performance of the furnace.
(2) Customization of chemical composition
Adjustment of basic components: The main components of insulating brick include bauxite, clay, alumina, etc. The proportion of these components determines the key performance indexes of insulating brick, such as refractoriness and thermal conductivity. According to the working temperature and medium environment of the furnace, customers can put forward the adjustment requirements for the basic components of insulating brick. For example, in a furnace with high-temperature oxidizing atmosphere, properly increasing the alumina content can enhance the anti-erosion ability and high-temperature stability of insulating brick; However, in reducing atmosphere, it is necessary to optimize the proportion of components to prevent the brick from reducing and causing performance degradation. We will make precise adjustments to the basic formula according to customers' needs, so as to ensure that the chemical composition of insulating brick can adapt to the specific use environment and meet the performance requirements of fire resistance, corrosion resistance and oxidation resistance.
Add special ingredients: In addition to the adjustment of basic ingredients, customers can also add some trace special ingredients according to special needs. For example, in the scene where the thermal shock resistance of insulating brick needs to be improved, an appropriate amount of components such as silicon carbide can be added; If there is a specific chemical medium in the furnace, which requires insulating brick to have special anti-corrosion performance, corresponding anti-corrosion additives can be added according to the type of medium. We will cooperate with the professional material research and development team, and carry out strict experimental verification and formula optimization according to the requirements of special ingredients provided by customers, so as to ensure that the added special ingredients can be evenly distributed in insulating brick, and cooperate with the basic ingredients to exert the expected special properties without affecting the basic physical and chemical properties of insulating brick.
(3) Customization of technical parameters
Customization of fire-resistant temperature: insulating brick's fire-resistant temperature is a key index to measure whether it can work stably in high temperature environment. Our insulating brick products have a wide range of fire-resistant temperatures, ranging from [minimum fire-resistant temperature]℃ to [maximum fire-resistant temperature]℃. Customers can choose the appropriate refractory temperature grade according to the designed working temperature of the furnace. If the customer's application scenario has special requirements on the fire-resistant temperature, such as the need for insulating brick to withstand extreme high temperature shock in a short time, or to run stably in a specific temperature range for a long time, we will customize the fire-resistant temperature characteristics that meet the customer's requirements by adjusting the raw material ratio and optimizing the production process. In the customization process, we will carry out strict small-scale and pilot-scale experiments to simulate the high-temperature environment under actual use conditions, and repeatedly test and verify the fire resistance of insulating brick to ensure that it can maintain structural integrity and stable performance within the fire resistance temperature range specified by customers, without melting, deformation, cracking and other phenomena, thus ensuring the safe operation of the furnace.
Thermal conductivity customization: Thermal conductivity is directly related to the thermal insulation effect of insulating brick. Different furnaces have different requirements for thermal insulation, and some need extremely low thermal conductivity to minimize heat loss and improve energy utilization efficiency; While others may pay more attention to the strength and corrosion resistance of insulating brick under the premise of ensuring a certain thermal insulation effect. According to the thermal design and energy-saving goal of the furnace, customers can put forward specific requirements for the thermal conductivity of insulating brick. We can precisely control the thermal conductivity by changing the microstructure of insulating brick and adding thermal insulation fillers. For example, the thermal conductivity of insulating brick can be effectively reduced by adopting porous structure design or introducing porous phase with low thermal conductivity; At the same time, we will also comprehensively consider the balance between thermal conductivity and other properties such as strength and corrosion resistance, so as to ensure that the customized insulating brick can meet the requirements of low thermal conductivity, and at the same time, the strength will not be reduced or the corrosion resistance will be weakened due to the loose structure. After customization, we will use professional thermal conductivity testing equipment to accurately measure and evaluate the thermal conductivity of insulating brick, to ensure that it meets the customer's customization standards, and to help customers achieve the goals of high-efficiency thermal insulation, energy saving and consumption reduction.
Strength customization: insulating brick's strength is an important performance to ensure that it can withstand mechanical stress and high temperature without damage in the furnace. According to the structural characteristics of the furnace and the stress in the process of use, customers can make customized requirements for insulating brick's compressive strength, flexural strength and other strength indicators. For parts such as furnace bottom and furnace wall that need to bear large mechanical load, insulating brick needs to have high strength; However, in some insulation layer areas with relatively small stress, the strength requirements can be appropriately reduced to reduce the weight of bricks, which is convenient for construction and reduces the material cost. We will optimize the production process in insulating brick according to the strength grade specified by customers, such as adjusting parameters such as molding pressure, sintering temperature and time, so as to ensure that the strength of insulating brick can meet the actual use requirements of furnaces. In the process of customization, we will regularly carry out strength tests, and adopt standard mechanical property test methods to accurately measure the compressive strength, flexural strength and other indicators of insulating brick, so as to ensure that the strength of customized bricks meets the customer's requirements and can remain stable during the long-term operation of the kiln, avoid accidents such as brick breakage and collapse caused by insufficient strength, and ensure the safe and stable operation of the kiln.
III. Customization process
(1) demand communication
Customers get in touch with our sales or technical team to explain the customization requirements of insulating brick in detail, including but not limited to size, chemical composition, technical parameters, application scenarios, use environment, estimated purchase quantity and other information.
Our technicians will make a preliminary assessment of customers' needs, confirm the feasibility and rationality of the needs, and further communicate with customers to clarify the details of the needs and ensure that both parties reach an agreement on the customized content.
(2) Scheme design
According to the customer's demand, our R&D team will make a detailed customized plan for insulating brick. The content of the scheme includes raw material selection, composition ratio, production process adjustment, expected performance index, etc.
Submit the customized scheme to the customer for review, fully discuss the feasibility and optimization space of the scheme with the customer, and adjust and improve the scheme according to the customer's feedback until the customer is satisfied and confirms the scheme.
(3) Trial production and testing of samples
Carry out sample trial production according to the customized scheme. In the trial production process, the production technology and quality standards are strictly controlled to ensure that the samples can accurately reflect the design intent of the customized scheme.
Conduct a comprehensive performance test on the trial-produced samples, including dimensional accuracy testing, chemical composition analysis, fire resistance temperature testing, thermal conductivity testing, strength testing, etc. Compare and analyze the test results with the customer's demand standards, and evaluate whether the samples meet the customization requirements.
If the test result of the sample does not meet the customer's requirements, the production process and formula will be adjusted according to the test feedback, and the sample will be trial-produced and tested again until all the performance indexes of the sample meet the customer's customized standards.
(4) Mass production
After the samples pass the test, they will sign a formal customization contract with customers, specifying the rights and obligations of both parties, including product specifications, quantity, price, delivery date, quality assurance and other terms.
Arrange mass production according to the contract requirements. In the production process, the customization scheme and quality control system are strictly followed to ensure that the quality of each piece of insulating brick can meet the customization standards. At the same time, establish a perfect production record and quality traceability system to monitor and record the key links in the production process, so as to quickly locate and solve problems in the follow-up.
Inform customers of the production progress regularly to ensure that customers can keep abreast of the production of orders. In the production process, if you encounter any problems that may affect the delivery date or product quality, communicate with customers in time to negotiate solutions to ensure that the interests of customers are not harmed.
(5) Quality inspection and delivery
After the completion of mass production, conduct a comprehensive quality inspection on all customized insulating brick. The inspection contents include appearance quality inspection (such as dimensional deviation and surface defects), physical performance test (such as density and water absorption), chemical performance analysis (such as composition uniformity) and retest of key performance indicators (such as fire resistance temperature, thermal conductivity and strength). Only insulating brick, which has passed strict quality inspection, can carry out packaging and delivery.
Insulating brick shall be packed according to the packaging requirements specified by customers to ensure that the products are not damaged during transportation. At the same time, important information such as product specifications, customization information, production date, quality conformity mark and so on are clearly marked on the package, which is convenient for customers to identify and use.
Arrange reliable logistics and transportation according to the delivery time and place agreed in the contract, and deliver the customized insulating brick to customers safely and on time. In the process of delivery, provide detailed product list and quality inspection report for customer acceptance.If the customer finds any quality problems or anything inconsistent with the customization requirements during the acceptance, we will actively cooperate with the customer to deal with them and take remedial measures in time, such as replacing products and re-producing, so as to ensure that the customer can receive high-quality insulating brick that meets the customization requirements.
Quality Control:
We have perfect quality control system, Quality inspectors will conduct sampling inspection of all products, Substandard products will be prohibited leaving factory.
Our quality inspection items:
1. Professional quality testing.
① Chemical analysis.②Physical properties.
2. Appearance check.
①Dimension Tolerance. ②Distortion. ③Crack. ④Edge angle defect.⑤Melted hole.⑥Color .
Packaging & shipping:
Packaging:
1. Fire bricks will be packed by pallet with PET strap fixed , covering by plastic films.
2. The size of standard export pallet is 1000*1000mm.
Load weight of each pallet:1.5-2.0 Tons.
Shipping:
20 Foot Container can be loaded 24Tons,
40 Foot Container can be loaded 28Tons.
Company Description:
ZIBO ZHUOYUE REFRACTORY CO.,LTD is a specialized manufacturer and exporter of refractories in China. With more than 30 years production experience.
1. Mainly products: Refractory bricks, Refractory castables, Insulating bricks, Insulating castables, Calcined kaolin, Chamotte, Mullite, Ceramic fiber products, etc.
2. Production capacity : Equipped with 2 tunnel kilns , 4 shaft kilns,25 presses machine, 2 castables automatic batching production line,4 Particle and powder production lines,Production capacity of over 100,000 tons per year.
3. Main market : Products are exported to more than 30 countries (Such as South Korea, Japan, German, France, Italy, Indonesia, US, Australia, Malaysia, Philippines, Israel, Jordan, Turkey, Syria, Honduras, South Africa, China Taiwan and so on).
Our Services:
In order to make you more assured of our products, we can provide you with more services:
1. We can provide you with photos of every link of the product.
2. We can provide you with the authoritative test report of the product.
3. We will provide you with a comprehensive after-sales service, such as the quality of the product, construction programs,usage method,etc.
4. If the goods have quality problems, we will negotiate with you and pay compensation according to the evidence.
Product Description:
Product Brief Introduction:
Insulating brick, also known as light refractory brick, is a kind of lightweight heat insulating refractory material. It has the characteristics of low thermal conductivity and high refractory temperature, and is widely used in various high temperature furnaces.
Features:
1. Low thermal conductivity.
2. High strength and resistance to corrosion.
3. Low heat capacity.
4. Low shrinkage after heavy firing.
5. High insulation.
6. High refractoriness.
7. Low density.
8. Good thermal shock resistance under high temperature.
9. Thermal insulation energy-saving effect is good.
Teachnical Data:
Item | Index | |||||||
B - SERIES | ||||||||
B-1 | B-2 | B-3 | B-4 | B-5 | B-6 | B-7 | ||
Temp.( °C)Reheating Shrinkage less than 2.0% | 900 | 1,000 | 1,100 | 1,200 | 1,300 | 1,400 | 1,500 | |
Bulk density | 0.70≥ | 0.70≥ | 0.75≥ | 0.80≥ | 0.80≥ | 0.90≥ | 1.00≥ | |
Cold Crushing Strength(kg/cm2) | 25≤ | 25≤ | 25≤ | 25≤ | 25≤ | 30≤ | 30≤ | |
Thermal Conductivity (kcal/mh°C) | 350°C | 0.17≥ | 0.18≥ | 0.20≥ | 0.22≥ | 0.23≥ | 0.27≥ | 0.31≥ |
Application:
1. Insulating brick can be widely used for lining or insulation layers of various industrial furnaces and kilns,For example, metallurgical industry, machine building industry, ceramic industry, chemical industry.
2. Insulating brick can replace heavy refractory bricks, build new energy-saving industrial kiln, improve the insulation and energy saving effect of kiln, and thus reduce production costs.
Insulating brick customized service plan:
I. Overview of customization requirements
Insulating brick, as an efficient and energy-saving refractory, is widely used in lining and insulation layer of various high-temperature industrial furnaces. However, different industrial scenes have diverse and unique requirements for the size, chemical composition and technical parameters of insulating brick. In order to meet the personalized requirements of customers in specific application scenarios, we provide customized services in insulating brick to ensure that products can accurately adapt to customers' production processes and equipment structures, maximize the effect of heat insulation and energy saving, and ensure the stable operation and service life of furnaces.
II. Customized content
(1) Size customization
Standard size range: We provide a variety of standard sizes of insulating brick for customers to choose from, ranging from common small sizes (such as 100mm×100mm×50mm) to large sizes (such as 300mm×300mm×100mm) to meet the space layout and masonry requirements of different furnaces.
Special size customization: for special requirements beyond the standard size range, customers only need to provide detailed size parameters (length, width and height), and we will customize the production according to the size provided by customers. Whether it's the oversize insulating brick required by large industrial furnaces or the miniature insulating brick used in small precision equipment, we can ensure that the dimensional accuracy of customized bricks reaches [x] mm through precise mold making and molding technology (the specific accuracy is determined through consultation according to the actual production capacity and customer demand), so as to achieve a perfect fit with the furnace structure and avoid that the masonry gap caused by dimensional deviation is too large or too small, which will affect the thermal insulation effect and the overall performance of the furnace.
(2) Customization of chemical composition
Adjustment of basic components: The main components of insulating brick include bauxite, clay, alumina, etc. The proportion of these components determines the key performance indexes of insulating brick, such as refractoriness and thermal conductivity. According to the working temperature and medium environment of the furnace, customers can put forward the adjustment requirements for the basic components of insulating brick. For example, in a furnace with high-temperature oxidizing atmosphere, properly increasing the alumina content can enhance the anti-erosion ability and high-temperature stability of insulating brick; However, in reducing atmosphere, it is necessary to optimize the proportion of components to prevent the brick from reducing and causing performance degradation. We will make precise adjustments to the basic formula according to customers' needs, so as to ensure that the chemical composition of insulating brick can adapt to the specific use environment and meet the performance requirements of fire resistance, corrosion resistance and oxidation resistance.
Add special ingredients: In addition to the adjustment of basic ingredients, customers can also add some trace special ingredients according to special needs. For example, in the scene where the thermal shock resistance of insulating brick needs to be improved, an appropriate amount of components such as silicon carbide can be added; If there is a specific chemical medium in the furnace, which requires insulating brick to have special anti-corrosion performance, corresponding anti-corrosion additives can be added according to the type of medium. We will cooperate with the professional material research and development team, and carry out strict experimental verification and formula optimization according to the requirements of special ingredients provided by customers, so as to ensure that the added special ingredients can be evenly distributed in insulating brick, and cooperate with the basic ingredients to exert the expected special properties without affecting the basic physical and chemical properties of insulating brick.
(3) Customization of technical parameters
Customization of fire-resistant temperature: insulating brick's fire-resistant temperature is a key index to measure whether it can work stably in high temperature environment. Our insulating brick products have a wide range of fire-resistant temperatures, ranging from [minimum fire-resistant temperature]℃ to [maximum fire-resistant temperature]℃. Customers can choose the appropriate refractory temperature grade according to the designed working temperature of the furnace. If the customer's application scenario has special requirements on the fire-resistant temperature, such as the need for insulating brick to withstand extreme high temperature shock in a short time, or to run stably in a specific temperature range for a long time, we will customize the fire-resistant temperature characteristics that meet the customer's requirements by adjusting the raw material ratio and optimizing the production process. In the customization process, we will carry out strict small-scale and pilot-scale experiments to simulate the high-temperature environment under actual use conditions, and repeatedly test and verify the fire resistance of insulating brick to ensure that it can maintain structural integrity and stable performance within the fire resistance temperature range specified by customers, without melting, deformation, cracking and other phenomena, thus ensuring the safe operation of the furnace.
Thermal conductivity customization: Thermal conductivity is directly related to the thermal insulation effect of insulating brick. Different furnaces have different requirements for thermal insulation, and some need extremely low thermal conductivity to minimize heat loss and improve energy utilization efficiency; While others may pay more attention to the strength and corrosion resistance of insulating brick under the premise of ensuring a certain thermal insulation effect. According to the thermal design and energy-saving goal of the furnace, customers can put forward specific requirements for the thermal conductivity of insulating brick. We can precisely control the thermal conductivity by changing the microstructure of insulating brick and adding thermal insulation fillers. For example, the thermal conductivity of insulating brick can be effectively reduced by adopting porous structure design or introducing porous phase with low thermal conductivity; At the same time, we will also comprehensively consider the balance between thermal conductivity and other properties such as strength and corrosion resistance, so as to ensure that the customized insulating brick can meet the requirements of low thermal conductivity, and at the same time, the strength will not be reduced or the corrosion resistance will be weakened due to the loose structure. After customization, we will use professional thermal conductivity testing equipment to accurately measure and evaluate the thermal conductivity of insulating brick, to ensure that it meets the customer's customization standards, and to help customers achieve the goals of high-efficiency thermal insulation, energy saving and consumption reduction.
Strength customization: insulating brick's strength is an important performance to ensure that it can withstand mechanical stress and high temperature without damage in the furnace. According to the structural characteristics of the furnace and the stress in the process of use, customers can make customized requirements for insulating brick's compressive strength, flexural strength and other strength indicators. For parts such as furnace bottom and furnace wall that need to bear large mechanical load, insulating brick needs to have high strength; However, in some insulation layer areas with relatively small stress, the strength requirements can be appropriately reduced to reduce the weight of bricks, which is convenient for construction and reduces the material cost. We will optimize the production process in insulating brick according to the strength grade specified by customers, such as adjusting parameters such as molding pressure, sintering temperature and time, so as to ensure that the strength of insulating brick can meet the actual use requirements of furnaces. In the process of customization, we will regularly carry out strength tests, and adopt standard mechanical property test methods to accurately measure the compressive strength, flexural strength and other indicators of insulating brick, so as to ensure that the strength of customized bricks meets the customer's requirements and can remain stable during the long-term operation of the kiln, avoid accidents such as brick breakage and collapse caused by insufficient strength, and ensure the safe and stable operation of the kiln.
III. Customization process
(1) demand communication
Customers get in touch with our sales or technical team to explain the customization requirements of insulating brick in detail, including but not limited to size, chemical composition, technical parameters, application scenarios, use environment, estimated purchase quantity and other information.
Our technicians will make a preliminary assessment of customers' needs, confirm the feasibility and rationality of the needs, and further communicate with customers to clarify the details of the needs and ensure that both parties reach an agreement on the customized content.
(2) Scheme design
According to the customer's demand, our R&D team will make a detailed customized plan for insulating brick. The content of the scheme includes raw material selection, composition ratio, production process adjustment, expected performance index, etc.
Submit the customized scheme to the customer for review, fully discuss the feasibility and optimization space of the scheme with the customer, and adjust and improve the scheme according to the customer's feedback until the customer is satisfied and confirms the scheme.
(3) Trial production and testing of samples
Carry out sample trial production according to the customized scheme. In the trial production process, the production technology and quality standards are strictly controlled to ensure that the samples can accurately reflect the design intent of the customized scheme.
Conduct a comprehensive performance test on the trial-produced samples, including dimensional accuracy testing, chemical composition analysis, fire resistance temperature testing, thermal conductivity testing, strength testing, etc. Compare and analyze the test results with the customer's demand standards, and evaluate whether the samples meet the customization requirements.
If the test result of the sample does not meet the customer's requirements, the production process and formula will be adjusted according to the test feedback, and the sample will be trial-produced and tested again until all the performance indexes of the sample meet the customer's customized standards.
(4) Mass production
After the samples pass the test, they will sign a formal customization contract with customers, specifying the rights and obligations of both parties, including product specifications, quantity, price, delivery date, quality assurance and other terms.
Arrange mass production according to the contract requirements. In the production process, the customization scheme and quality control system are strictly followed to ensure that the quality of each piece of insulating brick can meet the customization standards. At the same time, establish a perfect production record and quality traceability system to monitor and record the key links in the production process, so as to quickly locate and solve problems in the follow-up.
Inform customers of the production progress regularly to ensure that customers can keep abreast of the production of orders. In the production process, if you encounter any problems that may affect the delivery date or product quality, communicate with customers in time to negotiate solutions to ensure that the interests of customers are not harmed.
(5) Quality inspection and delivery
After the completion of mass production, conduct a comprehensive quality inspection on all customized insulating brick. The inspection contents include appearance quality inspection (such as dimensional deviation and surface defects), physical performance test (such as density and water absorption), chemical performance analysis (such as composition uniformity) and retest of key performance indicators (such as fire resistance temperature, thermal conductivity and strength). Only insulating brick, which has passed strict quality inspection, can carry out packaging and delivery.
Insulating brick shall be packed according to the packaging requirements specified by customers to ensure that the products are not damaged during transportation. At the same time, important information such as product specifications, customization information, production date, quality conformity mark and so on are clearly marked on the package, which is convenient for customers to identify and use.
Arrange reliable logistics and transportation according to the delivery time and place agreed in the contract, and deliver the customized insulating brick to customers safely and on time. In the process of delivery, provide detailed product list and quality inspection report for customer acceptance.If the customer finds any quality problems or anything inconsistent with the customization requirements during the acceptance, we will actively cooperate with the customer to deal with them and take remedial measures in time, such as replacing products and re-producing, so as to ensure that the customer can receive high-quality insulating brick that meets the customization requirements.
Quality Control:
We have perfect quality control system, Quality inspectors will conduct sampling inspection of all products, Substandard products will be prohibited leaving factory.
Our quality inspection items:
1. Professional quality testing.
① Chemical analysis.②Physical properties.
2. Appearance check.
①Dimension Tolerance. ②Distortion. ③Crack. ④Edge angle defect.⑤Melted hole.⑥Color .
Packaging & shipping:
Packaging:
1. Fire bricks will be packed by pallet with PET strap fixed , covering by plastic films.
2. The size of standard export pallet is 1000*1000mm.
Load weight of each pallet:1.5-2.0 Tons.
Shipping:
20 Foot Container can be loaded 24Tons,
40 Foot Container can be loaded 28Tons.
Company Description:
ZIBO ZHUOYUE REFRACTORY CO.,LTD is a specialized manufacturer and exporter of refractories in China. With more than 30 years production experience.
1. Mainly products: Refractory bricks, Refractory castables, Insulating bricks, Insulating castables, Calcined kaolin, Chamotte, Mullite, Ceramic fiber products, etc.
2. Production capacity : Equipped with 2 tunnel kilns , 4 shaft kilns,25 presses machine, 2 castables automatic batching production line,4 Particle and powder production lines,Production capacity of over 100,000 tons per year.
3. Main market : Products are exported to more than 30 countries (Such as South Korea, Japan, German, France, Italy, Indonesia, US, Australia, Malaysia, Philippines, Israel, Jordan, Turkey, Syria, Honduras, South Africa, China Taiwan and so on).
Our Services:
In order to make you more assured of our products, we can provide you with more services:
1. We can provide you with photos of every link of the product.
2. We can provide you with the authoritative test report of the product.
3. We will provide you with a comprehensive after-sales service, such as the quality of the product, construction programs,usage method,etc.
4. If the goods have quality problems, we will negotiate with you and pay compensation according to the evidence.
