Yellow Petrolatum products are used as base material in pharmaceutical, cosmetic, healthcare, baby care and personal care products, besides food processing and other industries. Yellow petroleum jelly is specifically favoured by personal care and pharmaceutical companies as a very diverse, safe, as well as economical formulation base.
Some of the many uses of yellow petroleum jelly include:
Yellow petroleum jelly may be used as an ointment base, a protective dressing, and for further healing applications to skin.
Yellow petroleum jelly traps moisture to skin and prevents our skin from losing moisture.
Yellow petrolatum is used in developing various cosmetic and personal care products like hair conditioners, hand cleaners, lip balms, massage creams, moisturising lotions, and sunscreens.
Yellow petroleum jelly finds pharmaceutical applications in things like skin protecting ointments, medicated ointments, and more.
White Petroleum Jelly (WPJ) is a nearly odourless, tasteless, homogenous mixture of a high degree of purity of hydrogenated hydrocarbons.
The many white petroleum jelly uses include:
White petroleum jelly for lips is one of the most common uses we hear of for WPJ; it protects our lips against dryness and chapping.
It is in general used as moisturiser to treat/prevent dry, rough, scaly, or itchy skin. White petroleum jelly creates a sealing barrier between cells in dry skin so that it locks in moisture, and can speed up the natural recovery of our skin.
The product is also used to treat minor skin irritations like rashes, cuts, or burns, like those from radiation therapy.
It is used to treat dry hands; WPJ is used after washing hands, and usually applied throughout the day.
White petroleum jelly is also used to treat diaper rashes.
WPJ can help reduce the appearance of fine, dry lines.
"Our Liquefied Petroleum Gas (LPG) is a high-quality, versatile fuel blend composed of 50% pure propane and 50% pure butane. This balanced mixture is designed to provide optimal performance for a wide range of applications.
Key Features:
1. Balanced Composition: The 50/50 blend of propane and butane ensures a stable and efficient fuel with a consistent energy output.
2. High Energy Density: Offers a high calorific value, making it ideal for heating, cooking, and industrial processes.
3. Clean-Burning: Produces lower emissions compared to other fossil fuels, contributing to a cleaner environment.
4. Versatility: Suitable for use in residential, commercial, and industrial applications, including heating, cooking, and automotive fuel.
Applications:
1. Residential Use: Ideal for home heating and cooking, providing reliable and efficient energy for daily needs.
2. Commercial Use: Perfect for businesses requiring consistent and high-quality fuel, including restaurants and small-scale manufacturing.
3. Industrial Use: Supports various industrial processes, such as metal cutting and chemical production, thanks to its high energy content and clean combustion properties.
4. Automotive Fuel: Can be used as an alternative fuel for vehicles, offering a cleaner and cost-effective option compared to traditional gasoline and diesel.
Choose our Liquefied Petroleum Gas (LPG), 50% Pure Propane / 50% Pure Butane Mix for a dependable and efficient fuel solution that meets your residential, commercial, and industrial energy needs.
D2, also known as Diesel Gas Oil, is a type of fuel primarily used in diesel engines. It's a widely used fuel across various industries, including transportation, agriculture, and construction. D2 is renowned for its high energy density and efficient combustion properties, making it ideal for powering heavy-duty vehicles, machinery, and generators. It is derived from
the fractional distillation of crude oil and undergoes a refining process to meet stringent quality standards. D2's low sulfur content contributes to reduced emissions, making it environmentally preferable in compliance with regulations. Its versatility, reliability, and widespread availability make D2 a
cornerstone fuel in global energy markets.
Silicon carbide si made from hte mixture of pure silica sand and green petroleum
coke in ultra high power acheson furnace. Electric current is passed through t h e conductor,bringing about a chemical reaction ni which the carbon ni the coke and silicon ni the sand combined ot form SIC and carbon monoxide gas. Silicon carbide si
With annual capacity for 60,000 tons of silicon carbide, we can provide different grade of silicon carbide to meet different clients' requirements, such as 70% SIC, 80% SIC, 85% SIC, 90% SIC, 93% SIC and 98% SIC, etc.We also provide customized size for 90% SIC and 98% SIC, such as 200 mesh and 325 mesh
Description:
Nap-56a is not made with thermoplastics to achieve a higher temperature
Resistivity. The pin locations and dimensions are compatible to nap-55a for the
Convenience of current users of nemoto nap-55a. The gas sensitivity is better
Than nap-55a by about 15%. Users are to pay attention to this higher gas
Sensitivity upon calibration.
Target gases and concentration
Gasesdetection range
Methanech40.05 - 5% (0.05 - 2%)
Ethanec2h60.05 - 3.2%(0.05 - 1.5%)
Hydrogenh20.05 - 4% (0.05 - 1.5%)
Hydrocarbonscnh2n+21 - 100%lel (1 - 50%lel)
( )is a detection range in high accuracy
Gas sensitivity characteristics
Soyabean Shell Briquettes are environmentally friendly fuel alternatives made from compressed soybean shells. These briquettes are designed for optimal combustion efficiency and provide a clean and sustainable solution for heating and cooking applications. With a high calorific value, they offer enduring heat while significantly reducing emissions, making them ideal for both residential and industrial use.
Advantages of Soyabean Shell Briquettes
Extended Burn Time: High-density biomass fuels, like these briquettes, have an impressive ability to prolong burn time, resulting in extended heating or energy generation periods compared to other fuels.
Natural Composition: Made entirely from organic materials without chemicals, glue, or binders, ensuring a clean and environmentally friendly fuel source.
Cost-Effectiveness: Offers substantial cost savings compared to other commonly used fuels like fuel oil, diesel, coal, gas, or firewood. This can benefit industries or households looking to reduce their energy expenses.
Environmental Friendliness: Utilizing renewable biomass resources, these briquettes are pollution-free. By opting for briquettes, users contribute to reducing their carbon footprint and promoting sustainability.
Clean Burning: Produces minimal smoke, creosote, and ash during combustion. Importantly, they do not emit sulfur or phosphorus smoke, eliminating the need for additional pollution control equipment.
Ease of Handling: Compared to traditional fuels like firewood, briquettes are easier to handle and store. Their compact size and uniform shape make storage and transportation more convenient.
Low Ash Content: With a relatively low ash content (below 10%), these briquettes present fewer challenges in terms of ash disposal compared to coal, which typically has higher ash content.
Uniformity: Manufactured to precise specifications, ensuring uniformity in size, density, and moisture content. This uniformity contributes to predictable burning times and consistent performance.
Sulfur-Free: Unlike certain fossil fuels like oil and coal, these briquettes contain no sulfur. This absence of sulfur emissions reduces environmental pollution and contributes to cleaner air quality.
Higher Thermal Value: Biomass briquettes offer a higher practical thermal value compared to coal, meaning they provide more energy output per unit of fuel. Additionally, they typically have lower ash content, resulting in reduced waste and maintenance requirements.
Consistent Quality: Maintains consistent quality across batches, ensuring high burning efficiency and complete combustion. This consistency is essential for industries requiring reliable energy sources.
Uniform Combustion: Due to their uniform composition and higher volatile matter content, these briquettes combust more evenly compared to coal. This leads to faster boiler response times to changes in steam requirements, enhancing operational efficiency.
JoCamDeal Inc supplies high-quality Marine Fuel tailored for ships, cargo vessels, and offshore fleets. Our product range includes IFO 180, IFO 380, and Marine Gas Oil (MGO)â??all refined to meet IMO 2020 low-sulfur regulations and international maritime standards. Engineered for optimal engine performance and fuel efficiency, our marine fuels ensure reliable operations in both coastal and deep-sea navigation. Each batch is tested for viscosity, sulfur content, and combustion quality to guarantee safety and compliance. With flexible packaging, bulk delivery options, and a robust global supply chain, JoCamDeal Inc ensures timely and secure marine fuel shipments. We are your dependable partner for consistent quality, regulatory compliance, and competitive pricing across international waters.
Groundnut Shell Briquettes are an eco-friendly fuel source crafted from the natural byproduct of groundnut processing. They provide a sustainable alternative to traditional fuels, boasting high thermal efficiency with minimal ash residue, making them ideal for cooking and heating purposes. Experience a cleaner, greener energy option that contributes to a healthier planet by choosing Groundnut Shell Briquettes.
Advantages of Groundnut Shell Briquettes:
Extended Burn Time: High-density biomass fuels, like these briquettes, have an impressive ability to prolong burn time, resulting in extended heating or energy generation periods compared to other fuels.
Natural Composition: Made entirely from organic materials without chemicals, glue, or binders, ensuring a clean and environmentally friendly fuel source.
Cost-Effectiveness: Offers substantial cost savings compared to other commonly used fuels like fuel oil, diesel, coal, gas, or firewood. This can benefit industries or households looking to reduce their energy expenses.
Environmental Friendliness: Utilizing renewable biomass resources, these briquettes are pollution-free. By opting for briquettes, users contribute to reducing their carbon footprint and promoting sustainability.
Clean Burning: Produces minimal smoke, creosote, and ash during combustion. Importantly, they do not emit sulfur or phosphorus smoke, eliminating the need for additional pollution control equipment.
Ease of Handling: Compared to traditional fuels like firewood, briquettes are easier to handle and store. Their compact size and uniform shape make storage and transportation more convenient.
Low Ash Content: With a relatively low ash content (below 10%), these briquettes present fewer challenges in terms of ash disposal compared to coal, which typically has higher ash content.
Uniformity: Manufactured to precise specifications, ensuring uniformity in size, density, and moisture content. This uniformity contributes to predictable burning times and consistent performance.
Sulfur-Free: Unlike certain fossil fuels like oil and coal, these briquettes contain no sulfur. This absence of sulfur emissions reduces environmental pollution and contributes to cleaner air quality.
Higher Thermal Value: Biomass briquettes offer a higher practical thermal value compared to coal, meaning they provide more energy output per unit of fuel. Additionally, they typically have lower ash content, resulting in reduced waste and maintenance requirements.
Consistent Quality: Maintains consistent quality across batches, ensuring high burning efficiency and complete combustion. This consistency is essential for industries requiring reliable energy sources.
Uniform Combustion: Due to their uniform composition and higher volatile matter content, these briquettes combust more evenly compared to coal. This leads to faster boiler response times to changes in steam requirements, enhancing operational efficiency.
Castor seed shell briquettes are an eco-friendly biomass fuel produced from compressed castor seed shells. They offer a sustainable and highly efficient heating solution suitable for both cooking and industrial applications. These briquettes burn cleanly, generating minimal smoke, which makes them an ideal choice for environmentally conscious users seeking reliable energy sources.
Advantages of Castor Seed Shell Briquettes:
Extended Burn Time: High-density biomass fuels, like these briquettes, exhibit an impressive ability to prolong burn time, resulting in extended heating or energy generation periods compared to other fuels.
Natural Composition: Made entirely from organic materials without chemicals, glue, or binders, ensuring a clean and environmentally friendly fuel source.
Cost-Effectiveness: Offers substantial cost savings compared to other commonly used fuels like fuel oil, diesel, coal, gas, or firewood. This can benefit industries or households looking to reduce their energy expenses.
Environmental Friendliness: Utilizing renewable biomass resources, these briquettes are pollution-free. By opting for briquettes, users contribute to reducing their carbon footprint and promoting sustainability.
Clean Burning: Produces minimal smoke, creosote, and ash during combustion. Importantly, they do not emit sulfur or phosphorus smoke, eliminating the need for additional pollution control equipment.
Ease of Handling: Compared to traditional fuels like firewood, briquettes are easier to handle and store. Their compact size and uniform shape make storage and transportation more convenient.
Low Ash Content: With a relatively low ash content (below 10%), these briquettes present fewer challenges in terms of ash disposal compared to coal, which typically has higher ash content.
Uniformity: Manufactured to precise specifications, ensuring uniformity in size, density, and moisture content. This uniformity contributes to predictable burning times and consistent performance.
Sulfur-Free: Unlike certain fossil fuels like oil and coal, these briquettes contain no sulfur. This absence of sulfur emissions reduces environmental pollution and contributes to cleaner air quality.
Higher Thermal Value: Biomass briquettes offer a higher practical thermal value compared to coal, meaning they provide more energy output per unit of fuel. Additionally, they typically have lower ash content, resulting in reduced waste and maintenance requirements.
Consistent Quality: Maintains consistent quality across batches, ensuring high burning efficiency and complete combustion. This consistency is essential for industries requiring reliable energy sources.
Uniform Combustion: Due to their uniform composition and higher volatile matter content, these briquettes combust more evenly compared to coal. This leads to faster boiler response times to changes in steam requirements, enhancing operational efficiency.
Introducing our 100% Saw Dust Briquettesâ??a superior, eco-friendly fuel source made exclusively from pure sawdust. Ideal for wood stoves, fireplaces, and outdoor grilling, these briquettes ensure a clean, efficient burn with minimal ash production. Experience reliable heat output while reducing your carbon footprint with our sustainable briquettes, tailored for environmentally-conscious users.
Why Choose Briquettes?
Extended Burn Time: High-density biomass fuels like briquettes prolong burn time significantly, offering extended heating or energy generation.
Natural Composition: Made from organic materials without chemicals, glue, or binders, ensuring a clean and environmentally friendly fuel.
Cost-Effectiveness: Substantial savings compared to fuels like fuel oil, diesel, coal, gas, or firewoodâ??ideal for industries or households seeking to reduce energy expenses.
Environmental Friendliness: Renewable biomass resources make briquettes pollution-free and sustainable, reducing carbon footprints.
Clean Burning: Minimal smoke, creosote, and ash production. No sulfur or phosphorus smoke, negating the need for additional pollution control equipment.
Ease of Handling: Compact size and uniform shape make storage and transportation convenient.
Low Ash Content: Below 10%, presenting fewer challenges in ash disposal compared to coal.
Uniformity: Precise specifications ensure consistent size, density, and moisture content, contributing to predictable burning times and performance.
Sulfur-Free: No sulfur emissions, reducing environmental pollution and improving air quality.
Higher Thermal Value: More energy output per unit of fuel compared to coal, with lower ash content reducing waste and maintenance.
Consistent Quality: High burning efficiency and complete combustion, essential for reliable energy sources.
Uniform Combustion: Even combustion due to uniform composition and higher volatile matter content, leading to faster boiler response times.
Reduced Maintenance: Absence of corrosive components means reduced boiler equipment corrosion, lowering maintenance costs and prolonging equipment lifespan.
Summary Briquettes offer numerous advantages including cost-effectiveness, environmental sustainability, clean combustion, ease of handling, and reduced maintenance requirements. These qualities make briquettes an attractive option for a wide range of applications, from industrial processes to household heating.
Choose 100% Saw Dust Briquettes for a greener, cleaner, and more efficient fuel source.
Cotton Salk Briquettes are a sustainable and efficient fuel alternative crafted from compressed cotton waste. Perfect for cooking and heating applications, these briquettes ensure a consistent burn with minimal ash and smoke. Choose Cotton Salk Briquettes for a cleaner, eco-friendly energy solution that meets your needs.
Key Advantages:
Extended Burn Time: High-density biomass fuels prolong burn time significantly, offering longer heating or energy generation periods compared to other fuels.
Natural Composition: Made entirely from organic materials without chemicals, ensuring a clean and eco-friendly fuel source.
Cost-Effectiveness: Substantial cost savings compared to fuels like fuel oil, diesel, coal, gas, or firewood, benefiting industries and households.
Environmental Friendliness: Renewable biomass resources make briquettes environmentally friendly and pollution-free, reducing carbon footprints and promoting sustainability.
Clean Burning: Produces minimal smoke, creosote, and ash. Does not emit sulfur or phosphorus smoke, eliminating the need for pollution control equipment.
Ease of Handling: Compact size and uniform shape make storage and transportation convenient compared to traditional fuels like firewood.
Low Ash Content: With ash content below 10%, fewer challenges in ash disposal compared to coal.
Uniformity: Manufactured to precise specifications, ensuring consistency in size, density, and moisture content, leading to predictable burning times and performance.
Sulfur-Free: No sulfur emissions reduce environmental pollution and contribute to cleaner air quality.
Higher Thermal Value: Provides more energy output per unit of fuel compared to coal, with lower ash content, reducing waste and maintenance.
Consistent Quality: Maintains quality across batches, ensuring high burning efficiency and complete combustion.
Uniform Combustion: Uniform composition and higher volatile matter content lead to faster boiler response times and enhanced operational efficiency.
Reduced Maintenance: Absence of corrosive components means less boiler equipment corrosion, lowering maintenance costs and extending equipment lifespan.
Summary:
The adoption of briquettes offers numerous benefits, including cost savings, environmental sustainability, clean combustion, ease of handling, and reduced maintenance. These qualities make them an attractive option for various applications, from industrial processes to household heating.
Mustard Husk Briquettes are environmentally friendly fuel briquettes made from the byproduct of mustard seed processing. They provide a sustainable alternative to traditional fuels, delivering high thermal efficiency with minimal ash residue, ideal for both cooking and heating applications. Here's why they stand out:
Key Advantages:
Extended Burn Time: High-density biomass fuels prolong burn time significantly, offering longer heating or energy generation periods compared to other fuels.
Natural Composition: Made entirely from organic materials without chemicals, ensuring a clean and eco-friendly fuel source.
Cost-Effectiveness: Substantial cost savings compared to fuels like fuel oil, diesel, coal, gas, or firewood, benefiting industries and households.
Environmental Friendliness: Renewable biomass resources make briquettes environmentally friendly and pollution-free, reducing carbon footprints and promoting sustainability.
Clean Burning: Produces minimal smoke, creosote, and ash. Does not emit sulfur or phosphorus smoke, eliminating the need for pollution control equipment.
Ease of Handling: Compact size and uniform shape make storage and transportation convenient compared to traditional fuels like firewood.
Low Ash Content: With ash content below 10%, fewer challenges in ash disposal compared to coal.
Uniformity: Manufactured to precise specifications, ensuring consistency in size, density, and moisture content, leading to predictable burning times and performance.
Sulfur-Free: No sulfur emissions reduce environmental pollution and contribute to cleaner air quality.
Higher Thermal Value: Provides more energy output per unit of fuel compared to coal, with lower ash content, reducing waste and maintenance.
Consistent Quality: Maintains quality across batches, ensuring high burning efficiency and complete combustion.
Uniform Combustion: Uniform composition and higher volatile matter content lead to faster boiler response times and enhanced operational efficiency.
Reduced Maintenance: Absence of corrosive components means less boiler equipment corrosion, lowering maintenance costs and extending equipment lifespan.
Summary:
The adoption of briquettes offers numerous benefits, including cost savings, environmental sustainability, clean combustion, ease of handling, and reduced maintenance. These qualities make them an attractive option for various applications, from industrial processes to household heating.
Wood pellets is a renewable resource, fuel that is already widely available in the world nowdsays. The sawdust or wood shavings is compressed under great pressure and forced through holes. This is a hot process and the natural ligin in the sawdust/wood shavings melts and binds the dust together, holding the pellet in shape and giving it that characteristic sheen on the outside.
Economic efficiency: Wood pellets are extremely dense and can be produced with a low moisture content (below 10%) that allows them to be burned with a very high combustion efficiency. Their high density also permits compact storage and rational transport over long distance. Electricity generated from pellets in converted coal plants is almost the same cost as electricity generated from natural gas, diesels.
Environmentally friendly: Wood pellets is a sustainable fuel that can deliver a significant reduction in net carbon emissions when compared with fossil fuels. Its production and use also brings additional environmental and social benefits.
DGS-CO 968-034 Digital CO Sensor Module DESCRIPTION
Easily add Carbon Monoxide sensing to your IoT application with our digital CO sensor module that provides a calibrated and temperature compensated output.
0 to 1000 ppm Carbon Monoxide sensor with digital output
DGS-CO 968-034 Digital CO Sensor Module BENEFITS
* Low Power - 1 mW @ 1 minute sampling
* Fast Response - 15 seconds typical
* Calibrated & Temp. Compensated Output
* Simple Digital UART Interface
* Integrated T & RH Sensors
* Robust 10-year Estimated Lifetime
* ROHS Compliant
* Small form Factor
* UART to USB adapter provided
* Lightweight (< 2 oz.)
DGS-CO 968-034 Digital CO Sensor Module APPLICATIONS
* Life Safety Levels
* Air Quality Levels
DGS-CO 968-034 Digital CO Sensor Module MEASUREMENT PERFORMANCE CHARACTERISTICS
Based on Standard Conditions 25'C, 50% RH and 1 atm
* Measurement Range: 0 to 1000 ppm
* Resolution: 0.1 ppm
* Zero Accuracy:± 1 ppm
* Measurement Accuracy: 15% of reading
* Measurement Repeatability: <± 3% of reading or 2 ppm, whichever is greater
* T90 Response Time (100 ppm step): < 30 seconds (15 seconds typical)
CGM6812-B00 Pre-calibrated module for combustible gas
Features:
Linear analog output proportional to gasconcentration
Maintenance free
Compact size
Meets RoHS requirements
Applications:
Gas leak detection in fuel cell systems
Hydrogen & combustible gas leakdetectors
The CGM6812-B00 combustible gas sensor module is a new unit which utilizes TGS6812, Figaro's catalytic pellistor type gas sensor which features durability and stability. This module provides analog output voltage proportional to hydrogen gas concentration. CGM6812-B00 has conformal coatings for moisture-proofing and electrical insulation purposes, and is also capable of detecting sensor wire breakage. The unit has a wide range of operating temperature from -10'C to +60'C.
Because the TGS6812 sensor can detect methane and LP gas as well as hydrogen, this module is suitable for gas leak detection in stationary fuel cells which use hydrogen generated from combustible gases.
G-series Combustible Gas Detectors Features
* Pellistor (Catalytic Bead) sensor
* Power supply 24 Vdc for output 4-20 mA
* Power supply 24 Vac for output 2-10 Vdc
* Measuring ranges: see ordering on page
* IP65 enclosure with quick locking screws
* Digital measurement value processing incl. temperature compensation
* Internal function control with integrated hardware watchdog
* Data / measured values in micro controller of sensor unit, therefore simple exchange uncalibrated calibrated
* High accuracy, selectivity and reliability
* Low zero point drift
* Hardware & software according to SIL2 compliant development process
* Easy maintenance and calibration by exchange of the sensor unit or by comfortable on-site calibration
G-series Combustible Gas Detectors Options
* LCD display
* LCD display for values & operation, 2 x open-collector for horn & warning lamp.
* Duct mounting set available for sensing combustible gas in ventilation ducts.
BJ-86-3A Combustible Gas Detector Detection of gas:
Liquefied natural gas
Other
BJ-86-3A Combustible Gas Detector Technical Parameters
* Detection of gas: Liquefied natural gas
* Detection method: FIGARO semiconductor gas sensor
* Power sourceâ??: DC24V ± 15%â??
* Power consumption: 2.5W or less
* Alarm: red light, the alarm sound over 70dB
* Temperature: -10 ~ 55'C
254 SMO stainless steel plate is mainly used for decorative tubes, industrial tubes and some shallow stretched products. Such as: oil waste gas combustion pipeline; Engine exhaust pipe; Boiler shell, heat exchanger and heating furnace components; Silencing parts for diesel engine; Boiler pressure vessel; Chemical transport vehicle; Expansion joint; Spiral welded pipe for gas furnace pipe and dryer, etc.
Product name
254 SMO stainless steel plate
Grade
254 SMO
Thickness range
0.3mm-3.0mm,
Width range
600mm-1500mm
Length
2000mm, 2438mm, 3048mm
Size
1000mm*2000mm, 1219mm*2438mm, 1219mm*3048mm, or as required
Interior/exterior/architectural/bathroom decoration, elevator decoration, hotel decoration, kitchen equipment, ceiling, cabinet, kitchen sink, advertising nameplate
Grade
C
Si
Mn
P
S
Ni
Cr
Mo
201
â?¤0.15
â?¤0.75
5.5-7.5
â?¤0.06
â?¤ 0.03
3.5-5.5
16.0-18.0
-
Products Display
Warehouse Storage
Shandong Jintuo Metal Materials Co., Ltd is located in Liaocheng City, the capital of steel tubes. It is a large enterprise specializing in the sales of carbon steel, stainless steel, galvanized color coated products, and copper and aluminum.Our company adopts a flexible business approach and management mechanism to provide good services to customers, while also considering the interests of the owner and the project, in order to ensure the quality of the project.
5424 Fsm 10H 01 Combustible Gas Sensor Module Suppliers
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