Overview
| power | Net weight | ||
| weight | current | ||
| specifications | KCB18.3 pump head, KCB33.3 pump head, | type | |
| series | purpose | ||
| size | impeller | ||
| size | lift | ||
| Air volume | material quality | cast iron | |
| efficiency | voltage | ||
| style | Car series | ||
| function | colour | ||
| flow | 1-900 (m3/h) | model | KCB, 2CY type |
| performance | speed | 2900 (rpm) | |
| category | principle | ||
| Pumping capacity | vacuum degree | ||
| Ultimate pressure | Processing customization | ||
| Direct connected motor | Suction pressure | ||
| Applicable scope | Imported or not | ||
| Suction caliber | Power supply type | ||
| working temperature | Box quantity | ||
| Working fluid | Transport medium | ||
| Inflatable tube length | Power cord length | ||
| Pumping rate | Driving method | ||
| temperature range | Discharge caliber | 15mm~300mm | |
| NPSH | working pressure | ||
| Pump shaft position | Working steam consumption | ||
| Maximum working pressure | Working steam pressure | ||
| quantity | nine thousand nine hundred and ninety-nine | Required NPSH | one hundred |
| Trade attributes | Foreign trade original document | brand | Galileo/Galileo |
Product Details
1. Reliable quality, long service life 2. Stable operation, less worry 3. Considerate service, timely maintenance
Product Introduction: KCB/2CY Gear Oil Pump
2CY, KCB gear type oil transfer pump:
1. This pump is suitable for conveying various lubricating liquids, with a temperature not exceeding 70 ℃. If a high temperature of 200 ℃ is required, contact our unit to use high-temperature resistant materials, with a viscosity of 5 × 10-5 to 1.5 × 10-3m2/s.
2. This pump is not suitable for transporting corrosive, hard particle or fiber containing, highly volatile or low flash point liquids, such as gasoline, benzene, etc.
KCB/2CY Gear Oil Pump Model Meaning:
Characteristics and advantages of KCB/2CY gear oil pump:
The 1.2CY and KCB gear type oil transfer pumps have a simple and compact structure, and are easy to use and maintain,
The 2.2CY and KCB gear type oil delivery pumps have good self priming performance, which helps to avoid the need to fill with liquid before starting each pump,
The lubrication of the 3.2CY and KCB gear oil pumps is achieved automatically by conveying the liquid, so there is no need to add additional lubricating fluid during daily work.
4. The use of elastic couplings to transmit power can compensate for small deviations caused during installation. When subjected to inevitable hydraulic impact during pump operation, it can play a significant buffering role.
Working principle of KCB/2CY gear oil pump:
The 2CY and KCB gear type oil transfer pumps are equipped with a pair of rotating gears in the pump body, one active and the other passive. By meshing the two gears, the entire working chamber inside the pump is divided into two independent parts. A is the suction chamber, and B is the discharge chamber. When the pump is running, the active gear drives the passive gear to rotate, and when the gear is engaged and disengaged, a local vacuum is formed on the suction side (A), and the liquid is sucked in. The sucked liquid fills the various tooth valleys of the gear and is brought to the discharge side (B). When the gear enters meshing, the liquid is squeezed out, forming high-pressure liquid and discharged from the pump through the discharge port.
Structural characteristics of KCB/2CY gear oil pump:
1.2CY and KCB gear oil transfer pumps are horizontal rotary pumps, mainly composed of pump body, gears, bearing seats, safety valves, bearings, and sealing devices.
2. The pump body, bearing seat, etc. are made of gray cast iron, and the gears are made of high-quality carbon steel. They can also be made of copper or stainless steel materials according to the special needs of users.
3. There is a packing box on the bearing seat, which serves as an axial seal. 2CYl00/3, 2CYl20/3, 2CYl50/3, KCB-300-960 pumps use skeleton sealing devices. The bearing adopts a single row radial ball bearing. KCB-18.3-83.3 pumps are composed of three oil resistant rubber rings and a retaining ring with an intermediate lining. The sealing degree is adjusted by adjusting the two nuts on the compression cover. The bearings are made of copper based powder oil bearing. In addition, this series of pumps can all use packing seals to use flexible graphite with good elasticity, high and low temperature resistance, stable chemical properties, and self-lubricating performance as the packing.
4. The pump is equipped with a safety valve. When the pump or discharge pipeline malfunctions or the discharge valve is accidentally completely closed, resulting in high pressure and high-pressure impact, the safety valve will automatically open, removing some or all of the high-pressure liquid and returning to the low-pressure chamber, thereby providing safety protection for the pump and pipeline.
5. Connect directly with the drive motor using an elastic coupling and install it on a common cast iron chassis.
【 KCB/2CY type gear oil pump 】 Main purpose:
1. KCB and 2CY series gear type oil transfer pumps are suitable for transporting various oils, such as heavy oil, diesel, and lubricating oil. Equipped with copper gears, they can transport low internal point liquids such as gas oil, benzene, etc. Our unit also produces stainless steel gear pumps that can transport beverages and corrosive liquids.
2. KCB and 2CY series gear type oil transfer pumps are not suitable for those containing hard particles or fibers, and are suitable for viscosities of 5 * 10-5~1.5 * 103m2/s. The temperature is not high at 70 ℃. If you need to transport high-temperature liquids, please use a high-temperature resistant gear pump, which can transport liquids below 300 ℃.
Performance parameters of KCB/2CY gear oil pump:
Model specifications | Motor power (KW) | speed (r/min) | flow (L/min) | Discharge pressure (MPa/cm2) | Allow suction of vacuum pump (m) | Inlet and outlet caliber |
KCB18.3 (2CY-1.1/14.5-2) | one point five | one thousand and four hundred | eighteen point three | one point four five | five | 3/4" |
KCB33.3 (2CY-2/14.5-2) | two point two | one thousand four hundred and twenty | thirty-three point three | one point four five | five | 3/4" |
KCB55 (2CY-3.3/3.3-2) | one point five | one thousand and four hundred | fifty-five | zero point three three | five | 1" |
KCB55 (2CY-3.3/3.5-2) | two point two | one thousand four hundred and twenty | fifty-five | zero point five | five | 1" |
KCB83.3 (2CY-5/3-2) | two point two | one thousand four hundred and twenty | eighty-three point three | zero point three three | five | 1.5" |
KCB83.3 (2CY-5/5-2) | three | one thousand four hundred and twenty | eighty-three point three | zero point five | five | 1.5" |
KCB200 (2CY-8/3.3-2) | four | one thousand four hundred and forty | two hundred | zero point three three | five | 2" |
KCB200 (2CY-12/1.3-2) | four | one thousand four hundred and forty | two hundred | zero point one three | five | 2" |
KCB200 (2CY-12/3.3-2) | five point five | one thousand four hundred and forty | two hundred | zero point three three | five | 2" |
KCB200 (2CY-12/6-2) | five point five | one thousand four hundred and forty | two hundred | zero point six zero | five | 2" |
KCB200 (2CY-12/10-2) | seven point five | one thousand four hundred and forty | two hundred | one | five | 2" |
KCB300 (2CY-18/3.6-2) | five point five | nine hundred and sixty | three hundred | zero point three six | five | 3" |
KCB300 (2CY-18/6-2) | seven point five | one thousand four hundred and forty | three hundred | zero point six | five | 3" |
KCB483.3 (2CY-29-3.6-2) | seven point five | one thousand four hundred and forty | four hundred and eighty-three point three | zero point three six | five | 3" |
KCB483.3 (2CY-29-10-2) | eleven | nine hundred and seventy | four hundred and eighty-three point three | one | five | 3" |
KCB633 (2CY-38/2.8-2) | eleven | one thousand | six hundred and thirty-three | zero point two eight | five | 4" |
KCB633 (2CY-38/8-2) | twenty-two | one thousand | six hundred and thirty-three | zero point eight | five | 4" |
KCB960 (2CY-60/3-2) | eighteen point five | one thousand four hundred and fifty | nine hundred and sixty | zero point three | five | 4" |
KCB960 (2CY-60-6-2) | thirty | one thousand four hundred and fifty | nine hundred and sixty | zero point six | five | 4" |
KCB2000 (2CY-120/3-2) | thirty | seven hundred and fifty | two thousand | zero point three | five | 6" |
KCB2500 (2CY-150/3-2) | thirty-seven | seven hundred and fifty | two thousand and five hundred | zero point three | five | 6" |
Installation dimension diagram of KCB/2CY gear oil pump:
KCB18.3~83.3 and 2CY1.1~5 Installation Dimension Drawing
model | motor | A | B | C | D | E | G" | L | |
model | power | ||||||||
KCB18.3-2 | Y-90L-4 | one point five | five hundred and eighty-three | three hundred | two hundred and thirty | one hundred and thirty | seventy-nine | 3/4" | two hundred and thirty |
KCB33.3-2 | Y-100L1-4 | two point two | six hundred and eighteen | three hundred and twenty-five | two hundred and eighty-five | one hundred and forty | seventy-nine | 3/4" | two hundred and fifty |
KCB55-2 | Y-90L-4 | one point five | five hundred and eighty-eight | three hundred | two hundred and thirty | one hundred and thirty | eighty-six point five | 1" | two hundred and thirty |
KCB83.3-2 | Y-100L1-4 | two point two | six hundred and fifty-eight | three hundred and twenty-five | two hundred and eighty-five | one hundred and forty | ninety-nine | 3/2" | two hundred and fifty |
Installation dimension diagram of KCB200~960 and 2CY8~150
model | L | L1 | L2 | L3 | H | H1 | H2 | B | B1 | B2 | B3 |
KCB-300 | eight hundred and fifty-five | six hundred and ninety | four hundred and seventy | one hundred | four hundred and thirteen | one hundred and eighty-eight | two hundred and thirty | four hundred and ten | three hundred and seventy | three hundred and fifteen | two hundred and ten |
KCB-483.3 | eight hundred and fifty-five | six hundred and ninety | four hundred and seventy | one hundred | four hundred and thirteen | one hundred and eighty-eight | two hundred and thirty | four hundred and ten | three hundred and seventy | three hundred and fifteen | two hundred and ten |
KCB-200 | eight hundred | six hundred and fifty-five | four hundred and fifty | one hundred and sixteen | three hundred and fifteen | one hundred and eighty-two | two hundred and twenty | three hundred and eighty | three hundred and forty | two hundred and fifty | two hundred and ten |
KCB-633 | one thousand one hundred and sixteen | eight hundred and ninety-eight | five hundred and seventy | one hundred and sixty-three | five hundred and ten | two hundred and ten | three hundred and five | four hundred and forty | three hundred and ninety | two hundred and eighty | two hundred and thirty-seven |
KCB-960 | one thousand one hundred and fifty-six | nine hundred and forty-one | six hundred | one hundred and seventy-six | five hundred and fifty-five | two hundred and ten | three hundred and five | four hundred and sixty | four hundred and ten | two hundred and eighty | two hundred and thirty-seven |
Precautions for use of KCB/2CY gear oil pump:
1. Installation
a. Before installation, the pump should be checked for damage during transportation, such as whether the motor is damp, and whether the dust covers at the pump inlet and outlet are damaged, causing dirt to enter the pump chamber.
b. Before installing the pipeline, the inner wall of the pipeline should be cleaned with clean water or steam. During installation, it should be avoided that the weight of the pipeline is borne by the pump to avoid affecting the accuracy and lifespan of the pump.
c. The oil pump should be as close as possible to the oil pool; The connection parts of the pipeline must not leak gas or liquid, otherwise it may occur that the liquid cannot be absorbed.
d. To prevent impurities such as particulate matter from entering the pump, a metal filter screen should be installed at the suction port with a filtration accuracy of 30 mesh/in, and the filtration area should be more than three times the cross-sectional area of the oil inlet pipe.
e. It is recommended to install vacuum and pressure gauges for the inlet and outlet pipelines to monitor the working status of the pump.
f. When the oil pool is deep, the oil suction pipeline is long, or the medium viscosity is high, causing excessive vacuum, the oil inlet pipe can be thickened by one gear. When the oil suction pipeline is long, a bottom valve should also be installed.
2. Inspection before work
a. Are the fasteners of the pump secure.
b. Check if the driving shaft rotates evenly and evenly.
c. Is the valve in and out of the pipeline open.
d. Whether the rotation direction of the pump meets the requirements.
e. Before initial use, an appropriate amount of medium should be injected into the pump.
3. Maintenance during work
a. Note that the readings on the pressure and vacuum gauges of the pump should comply with the technical specifications specified for the pump.
b. When there is abnormal noise or excessive temperature rise during the operation of the pump, the pump should be immediately stopped for inspection.
c. In general, it is not allowed to adjust the safety valve arbitrarily. If adjustment is necessary, an instrument should be used for calibration. Set the cutoff pressure of the safety valve to the pump
d. 1.5-2 times the rated pressure. 4. Stopping the pump
a. Cut off the power supply.
b. Close the inlet and outlet pipeline valves.
Fault causes and troubleshooting methods for KCB/2CY gear oil pump:
phenomenon | Cause of occurrence | Exclusion method |
No oil discharge or low oil discharge | 1. Suction height exceeds rated value 2. Air leakage in suction pipeline 3. Wrong rotation direction 4. Suction pipeline blocked or valve closed 5. Safety valve stuck or scratched 6. Low liquid temperature increases viscosity | 1. Raise suction level 2. Check all joints to ensure sealing with sealing materials 3. Correct according to the direction indicated by the pump 4. Check if the pipeline is blocked and if the valve is fully open 5. Disassemble the safety valve, clean it, and grind the valve hole with fine grinding sand to make it tight 6. Preheating liquid or reducing non outlet pressure |
Sealing oil leakage | 1. Sealing ring wear 2. Wear of packing seal packing 3. Mechanical seals are worn or have defects such as scratches 4. Mechanical seal spring failure | 1. Replace the sealing ring 2. Adjust the tightness of the packing gland to ensure it does not leak and the shaft can rotate; Supplementary filling material 3. Replace the dynamic and static rings or regrind them 4. Replace the spring |
High noise or vibration | 1. Blocked suction pipe or filter screen 2. The suction pipe extends shallowly into the liquid level 3. Air entering the pipeline 4. The resistance of the discharge pipeline is too high 5. Severe wear of gear bearings or side plates 6. The viscosity of the inhaled liquid is too high 7. Suction height exceeds rated value | 1. Eliminate dirt on the filter screen 2. The suction pipe should extend below the liquid level 3. Check all connections to ensure they are sealed 4. Check if the discharge pipeline and valves are blocked 5. Remove and clean, repair defects or replace 6. Heating and viscosity reducing treatment 7. Reduce the suction height and shorten the length of the suction pipe |
Statement: As the product is constantly being updated, all text, data, and images in this article are only for reference. We will do our best to provide you with high-quality services, including the performance parameters of KCB/2CY gear oil pump, the usage scenarios of KCB/2CY gear oil pump, material requirements of KCB/2CY gear oil pump, structure of KCB/2CY gear oil pump, installation dimensions of KCB/2CY gear oil pump, and the price of KCB/2CY gear oil pump.
Wooden case, foam or carton packaging, because this pump belongs to heavy goods, it can only be delivered to the logistics station (it needs to be picked up by the logistics station). Please contact us with other questions.
After sales service commitment
1. The product provides free maintenance for one year. During the free maintenance period, if there is any damage caused by non human factors (excluding force majeure reasons), Shanghai Cangmao Industry will promptly replace and repair it for free.
2. The product is guaranteed for lifetime repair. If the buyer entrusts Shanghai Cangmao Industry for maintenance and upkeep after the free warranty period expires, Shanghai Cangmao Industry will maintain and replace the equipment with replacement parts, and provide detailed maintenance content.
3. Shanghai Cangmao Industry adheres to the principle of putting customer interests first, thinking about what customers think and being urgent, and doing its best to meet customer requirements and provide good after-sales service.
Product Quality Commitment
1. Shanghai Cangmao Industry is responsible for the quality and delivery time of the products. The warranty period from the date of product delivery is one year (three months for vulnerable parts), with lifelong maintenance. Shanghai Cangmao Industry shall bear corresponding responsibilities for the consequences caused by product quality. If the consequences are caused by improper operation, Shanghai Cangmao Industry will maintain the equipment at a low cost.
2. Conduct inspections and evaluations on all sub suppliers, and purchase all products only from qualified sub suppliers. The raw materials, purchased parts, and outsourced parts provided by the sub suppliers must undergo strict review and inspection before being allowed to enter the warehouse;
3. The product manufacturing strictly implements the "double three inspections" system, and unqualified parts are not transferred, assembled, or left the factory;
The significant increase in iron ore prices in the first half of the year has led to a significant increase in the profits of the ferrous metal mining and beneficiation industry. From January to May, the profits of the ferrous metal lubricating oil k-oil gear kp melt fc hot oil hot melt adhesive b625cb gear pump mining and beneficiation industry increased by 78% year-on-year, an increase of 13 percentage points compared to January February, making it the industry with the fastest increase in profit growth in heavy industry.
After turning losses into profits from January to February, the profits of the coking and ferroalloy smelting industries continued to rise significantly in the first five months. In January to May, the coking industry achieved a profit of 4 billion yuan, a year-on-year increase of 8.5 times; The ferroalloy smelting industry has turned from a net loss of 210 million yuan in the same period last year to a profit of 1.35 billion yuan, a significant increase of 1.2 billion yuan compared to January February.
Profit growth in the non-ferrous metal industry has declined
In the first half of the year, the prices of non-ferrous metals fluctuated at a high level, with rapid production capacity growth and continuous supply increase. From January to May, the production of 10 non-ferrous metals increased by 23.65% year-on-year, with a year-on-year increase of 5.8 percentage points. Among them, the production of electrolytic aluminum and zinc has grown rapidly, while the growth rate of lead and copper production has decreased. The price trend of non-ferrous metals is basically consistent with the supply situation of various metals.
Overall, the profit growth of the non-ferrous metal industry is showing a downward trend. From January to May, the profit of the non-ferrous metal mining and beneficiation industry increased by 65.5% year-on-year, a decrease of 30.9 percentage points from January to February. The profit of the non-ferrous metal smelting and rolling processing industry increased by 29.8% year-on-year, a decrease of 1.2 percentage points from January to February.
In recent years, the prices of non-ferrous metals have continued to rise significantly, stimulating the enthusiasm for mineral exploration and investment in non-ferrous metals. Not only have new mines been put into operation, but the smelting production capacity has also grown too fast. Some varieties have shifted from oversupply to oversupply, which has suppressed the prices of high operating non-ferrous metals.
From a specific industry perspective, from January to May, the profits of the lead-zinc mining and beneficiation industry decreased from a 2.1 fold increase in January to February to one fold, the profits of the lead-zinc smelting industry decreased from a 72.8% increase in January to February to 17.2%, the profits of the copper mining and beneficiation industry decreased from a 1.8 fold increase to one fold, and the profits of the copper smelting industry decreased by 0.7% year-on-year. The profit of the aluminum smelting industry increased by 40% year-on-year, and the growth rate also decreased by 14 percentage points compared to January February. Only the nickel cobalt mining and beneficiation industry and the nickel cobalt smelting industry continue to increase in profit growth, with year-on-year growth of 6.2 times and 1.5 times, respectively.
With the introduction of targeted macroeconomic control measures such as reducing export tax rebate rates, increasing export tariffs, and increasing resource taxes in the second half of the year, the profit growth of the non-ferrous metal industry is facing the possibility of continuing to decline.
50% increase in profits in the mechanical equipment industry
In the first five months, the profit of the mechanical equipment industry increased by 48.4% year-on-year, a slight decrease of 5.8 percentage points compared to January February, but still maintained a relatively fast growth momentum of nearly 50%.
Among the six major categories of mechanical industries, the specialized equipment manufacturing industry and transportation equipment manufacturing industry have grown by over 60%, and are still the industries with fast profit growth. The profit of the instrument and meter industry increased by 41%, an increase of 7.7 percentage points compared to January February. The profit growth of the general equipment manufacturing industry, metal products industry, electrical machinery and equipment manufacturing industry was between 31% and 39%, slightly decreasing compared to January February.
The production and sales of the construction machinery industry have grown rapidly, reaching over 40%. From January to May, the profit of the construction machinery industry increased by 1.7 times year-on-year, continuing to be among the top in terms of profit growth among the machinery industry. The profit growth in industries such as heavy mining machinery and machine tools is still relatively fast, but the growth rate has significantly decreased compared to January February. Among them, the profit of the petroleum drilling and mining equipment manufacturing industry increased by 98%, the mining and quarrying equipment manufacturing industry increased by 87%, and the metal cutting machine tool manufacturing industry increased by 58%. The profit of the container manufacturing industry has increased by 1.6 times and continues to maintain rapid growth. The profit growth rate of the agricultural machinery industry is relatively low, only 12%.
The growth rate of the power generation equipment industry has slowed down, while the transmission and transformation equipment industry has steadily accelerated. From January to May, the profit of the power plant boiler industry only increased by 8%, the profit of the generator and generator set manufacturing industry increased by 82%, and the profit of the transmission and distribution and control equipment industry increased by 27.3%.
The profit growth of the automotive manufacturing industry has been rapid, especially with the continued decline in vehicle prices in the second quarter, with a profit growth rate of 58.1% from January to May. The profit growth rate of the automotive parts and accessories manufacturing industry has decreased significantly, with a 65% increase in profits from January to May. The profit growth of the motorcycle whole vehicle and parts industry has significantly decreased compared to January February, with a 48% increase in profit for the motorcycle whole vehicle industry and a 15% increase in profit for the motorcycle parts industry.
The profit growth of the shipbuilding industry is still relatively fast, but the growth rate has dropped rapidly. The profit of the metal shipbuilding industry increased by 1.9 times year-on-year from January to May. The profit of the railway transportation equipment manufacturing industry increased by 90% and continued to maintain rapid growth.
Profit Increase in the Chemical Industry Lubricating Oil K Oil Gear KP Melt FC Hot Oil Hot Melt Adhesive b625cb Gear Pump Drops Back
In the first half of the year, especially with the rapid increase in electricity prices, the costs of production enterprises have also risen rapidly. Resource compensation, sustainable development funds, and other factors have led to a rigid increase in prices. Although the industry's production and sales growth has been rapid, the profit growth rate has shown a downward trend. The industry profit from January to May increased by 43.1% year-on-year, a decrease of 14.1 percentage points compared to January to February. At present, the upward trend of domestic prices has gradually shifted from demand driven to cost driven.
In the first half of the year, the prices of chemical products mostly showed an upward trend. Among the 151 key tracked chemical products, the average price increased by 60% year-on-year. However, compared to the first quarter, the number of varieties with price increases decreased, and the increase rate also slowed down, which led to a decline in the profit growth of the chemical industry. The profit of the chemical industry increased by 69.4% year-on-year from January to May, a decrease of 10.7 percentage points compared to January to February.
Product prices in some industries have risen rapidly, and profit growth has accelerated. Among them, the prominent one is the basic raw material manufacturing industry. Due to the high prices of organic chemical raw materials, soda ash, and caustic soda, the profit of the basic raw material manufacturing industry increased by three times year-on-year from January to May, an increase of 88 percentage points compared to January to February. The profit of the organic raw material manufacturing industry also increased by 5.6 times year-on-year. The profit of the phosphate fertilizer industry increased by 60.9%, the profit of the synthetic materials industry increased by 68.1%, and the profit of the tire industry increased by 55.4%, both of which showed varying degrees of increase compared to January February. The industries with lower profit growth from January to May compared to January to February mainly include nitrogen fertilizers, pesticides, coatings, and other industries.
The profits of the power industry continue to grow rapidly, while the profit growth of the building materials industry has significantly declined
The profit of the power industry from January to May increased by 60.6% year-on-year, a decrease of 6.1 percentage points compared to January to February, but it is still a relatively fast growth. Among them, the profit of the power generation industry increased by 40.8% year-on-year, an increase of 0.7 percentage points compared to January February; The profit growth of the power supply industry was 86.3%, a slight decrease of 3.5 percentage points from January to February, but the profit growth of the power supply industry was more than twice that of the power generation industry.
The contrast within the power generation industry is very obvious. Although the national power generation has grown rapidly this year, it is mainly driven by thermal power. From January to May, thermal power generation increased by 18.4% year-on-year, while hydropower only increased by 0.7%. This resulted in a year-on-year increase of 55.4% in the profits of the thermal power industry from January to May, an increase of 10.2 percentage points compared to January to February, while the profits of the hydropower industry only increased by 5.8% year-on-year, a significant decrease of 51.8 percentage points compared to January to February.
Despite the rise in electricity prices in the first half of the year, the profit growth of the thermal power industry has continued to increase, mainly due to the rapid increase in power generation, which is achieved by the lubricating oil K oil gear K P melt FC hot oil hot melt adhesive b625cb gear pump. Another influencing factor is the tail end factor of the secondary electricity price linkage implemented at the end of June last year, and it is expected that the tail end factor of the price linkage will naturally disappear in the second half of the year. With the increasing regulation of high energy consuming industries, the situation of rapid growth in thermal power generation is also difficult to maintain, and there is a high possibility of a decline in profit growth in the thermal power industry.
The profit of the building materials industry increased by 70.1% year-on-year from January to May, a decrease of 48.8 percentage points compared to January to February. In the first half of the year, the profit growth of the building materials industry was relatively fast, mainly influenced by factors such as a 30% increase in overall industry sales and a gradual rebound in main product prices. Although the rise in energy and other prices has led to an increase in costs for building materials enterprises, the gross profit margin still shows an upward trend.
The profit growth of the building materials industry from January to May has significantly decreased compared to January to February, mainly due to the low profit base in the first two months. It is expected that the profit growth of the building materials industry in the third quarter will tend to stabilize. The profit of the cement industry increased by 91% year-on-year from January to May, continuing to maintain a significant growth momentum. The profitability level of the flat glass industry continues to rise, with a net loss of 820 million yuan from the same period last year to a profit of 490 million yuan from January to May.
Although the profit growth of the entire building materials industry has slowed down compared to January February, the profits of industries such as bricks, tiles, stone, ceramic products, refractory materials, graphite, etc. have maintained rapid and stable growth, with an increase of 42% -80%, which is still slightly higher than January February.
Profit recovery in electronic communication equipment manufacturing industry
The profit of the communication equipment, computer, and other electronic equipment manufacturing industry in January May decreased by 14.2% from January February to an increase of 4.6%, achieving a profit of 37.3 billion yuan, which is also a significant increase compared to January February. The rebound in profits in the electronic communication equipment manufacturing industry in the first five months was mainly due to a significant decrease in profits from January to February. Currently, its growth momentum is not strong, and from the situation in the first half of the year, the growth rate of the information industry has significantly decreased. The industry's prosperity still lags behind that of high energy consuming industries, which also restricts the rebound in profits in the electronic communication equipment manufacturing industry.
From an industry perspective, the profit of the communication equipment manufacturing lubricant K oil gear KP melt FC hot oil hot melt adhesive b625cb gear pump industry still decreased significantly, with a year-on-year decrease of 37.5%. Among them, the profit of the mobile communication and terminal equipment manufacturing industry decreased by 35.3%, and the loss of the communication exchange equipment manufacturing industry was nearly 900 million yuan; The profit growth rate of the electronic component industry is also showing a downward trend. Among them, the profit of the integrated circuit industry decreased by 20.1% year-on-year, while the profit of the electronic component manufacturing industry only increased by 0.6%, and the growth rate continued to decline.
Profits in some industries have rebounded. Among them, the profit of the electronic computer manufacturing industry increased by 30.2% from a decrease of 13.4%, while the profit of the household audio-visual equipment manufacturing industry increased by 76.3%, an increase of 21.6 percentage points compared to January February. In addition, the profit growth of the fiber optic cable manufacturing industry from January to May still doubled, but there was a significant decline compared to the 3-fold increase in January to February.
The profit growth of the food and beverage industry is accelerating, while the profits of the textile and chemical fiber industries are growing rapidly
Although the overall industrial profit growth in the first half of the year has slightly declined, the profit growth of industries such as food and beverage, textile and clothing has actually risen against the trend.
Affected by the rise in prices of grains, oil, eggs, and some food products, the profits of the agricultural and sideline food processing industry increased by 35.5% from January to May, while the profits of the food manufacturing industry increased by 35.4%, an increase of 6.1 and 7.3 percentage points respectively compared to January to February. Among them, the profit of the edible vegetable oil processing industry increased by 1.66 times, the profit of the meat processing industry increased by 45.5%, the convenience food manufacturing industry increased by 49.2%, and the liquid milk and dairy products industry increased by 25.3%, both of which continued to increase compared to January February.
The profits of industries such as textiles and chemical fibers have not decreased. Among them, the profit of the textile industry increased by 33.5%, the profit of the textile and clothing industry increased by 29.5%, and the profit of the chemical fiber industry increased by 2.2 times. Affected by the skyrocketing prices of spandex, viscose fibers, and other materials, the profits of the synthetic fiber manufacturing industry increased by 3.4 times from January to May, while the profits of the artificial fiber manufacturing industry increased by 90.8%.
Expected industrial profit for the first to third quarters
40% year-on-year growth
The growth of industrial profits in the first half of this year was relatively stable, with a growth rate only slightly lower than the level in the first quarter. This is mainly due to the rebound in profits in industries such as oil extraction and electronics, and the acceleration of profit growth in industries such as food and beverage, textiles, and pharmaceuticals. However, the profit growth rate in high energy consuming industries led by steel and building materials has significantly decreased. If the oil extraction industry is deducted, the profits of other industries increased by 62.7% from January to May, which is 2 percentage points lower than the lubricating oil k-oil gear - kp melt - fc hot oil hot melt adhesive b625cb gear pump from January to February. The significant rebound in international crude oil prices from June to July will create new cost pressures on industries such as petroleum processing, chemical engineering, and chemical fiber, while the profits of the oil extraction industry will significantly rebound. Under the trend of stable profit growth in the entire industry, the profit growth rate of the petroleum industry will decline to some extent.
At the same time, against the backdrop of increased efforts in energy conservation and emission reduction, export tax refunds, and resource tax policy adjustments, the profits of high energy consuming industries, resource industries, and some export-oriented industries will be affected to some extent in the second half of the year.
It is expected that the profit growth of some industries will continue to decline in the first to third quarters:
The profit of the steel industry increased by 80%.
The profit of the building materials industry increased by%.
The profit of the chemical industry increased by 56%.
The profit of the chemical fiber industry increased by 1.6 times.
Industry profits increased by 38%.
The profit of the power industry increased by 58%.
The profit of the non-ferrous metal smelting and rolling processing industry increased by 28%.
Industries with stable expected profit growth in the first to third quarters:
The profit growth rate of industries such as food and beverage, textile and clothing, and pharmaceuticals remained unchanged from the first half of the year.
The profit of the specialized equipment manufacturing industry increased by 66%.
The profit of the transportation equipment manufacturing industry increased by 60%.
The profit of the general equipment manufacturing industry increased by 32%.
Industries with expected profit recovery in the first to third quarters:
The profit of the oil and gas extraction industry decreased by 16% year-on-year, which is smaller than the first half of the year.
The profit of the electronic communication equipment manufacturing industry increased by 10%, and the growth rate continued to rebound compared to the first half of the year.
Industry Name: Profit Growth and Forecast of Industrial Sub industries
Year-on-year growth forecast for January to May 2007, January to February 2007, Q1 to Q3 2007
100 million yuan%
Total 9025.99 6350.03 42.14 43.78 40.6
Mining and washing industry 308.57 215.61 43.11 57.25 38.8
Oil and Gas Extraction Industry 1318.93 1614.84-18.32-18.57-16.3
Black metal mining and beneficiation industry