Danh mục: Useful Information

8 Steps for Responding to Chemical Spills

Posted on by Haianh

Chemical spills can happen at any time in laboratories, chemical storage areas, around battery packs and dipping tanks, and in chemical processing plants, causing significant harm to people and the environment. However, addressing and cleaning up incidents involving hazardous chemicals is not easy due to their toxic and dangerous nature. BIGNANOTECH offers a safe solution to tackle this problem.

Step 1: Assess the Situation

  • Conduct an initial assessment of damage to people, the environment, and property.
  • Determine the type of chemical and the quantity that has spilled.
  • Notify the responsible party about the incident and request assistance.
  • Provide first aid to any injured person, ensuring safety is maintained.

Step 2: Consult MSDS Information and Equip Protective Gear

  • The responsible party should refer to the MSDS or SDS (Material Safety Data Sheet) for the hazardous characteristics of the spilled chemical and equip suitable protective gear.
  • The responsible party should specify the required chemical-resistant protective gear (clothing, gloves, boots, masks, goggles, etc.) for the response team.

Step 3: Isolate the Spill Source

  • Contain the spread of the chemical to limit the affected area and reduce the impact on the surrounding environment.
  • Use suitable materials to isolate the spread of the spilled chemical.

Step 4: Stop the Source of the Spill

  • Cut off the spill source by stopping pumps, closing valves, sealing holes, or repositioning the leak to face upward.
  • If possible, pump out or transfer any remaining chemical into secondary containment equipment.
  • Do not enter the incident site without proper protective gear.

Step 5: Reassess the Situation

The responsible party should reassess the situation to ensure everything is under control before proceeding with cleaning and restoring the environment.

Step 6: Recover and Clean Up

  • Use appropriate response equipment to recover, neutralize, and clean up the spill.
  • Collect hazardous waste and dispose of it following regulations. Store chemical-soaked products in a designated hazardous waste storage area, away from heat/flame, water reservoirs, and avoid direct disposal into the environment to prevent cross-contamination.

Step 7: Decontamination

  • All response personnel must undergo decontamination.
  • Protective gear and response equipment must be decontaminated if exposed to chemicals.
  • Dispose of any protective gear or response equipment that has been consumed or damaged in accordance with regulations.

Step 8: Report and Restock Resources

  • Report the incident to management and all relevant personnel.
  • Review lessons learned from the incident.
  • Restock or replace specialized chemical spill response equipment and personal protective equipment as needed.

BIGNANOTECH is a reputable company in Vietnam specializing in manufacturing and distributing specialized products for environmental incident response and handling related to petroleum and industrial chemicals. With many superior features and more affordable prices compared to imported products, BIGNANOTECH products have been used in incident response and handling for many major organizations in Vietnam and are also present in international markets.

For product consultation, please contact:
BIGNANOTECH Company
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com

Risk of Chemical Spills at Textile Dyeing Facilities

Posted on by Haianh

Chemical spills and leaks are a potential risk at textile dyeing facilities due to the continuous demand for chemicals. To ensure the safety of people and the environment, it is crucial to develop and implement procedures for handling chemical spills. Below are some basic requirements for textile dyeing facilities.

1. Legal Requirements

Chemical Law of 2007

  • Decree 113/2017/NĐ-CP; Unified document dated March 9, 2020

Environmental Protection Law of 2020

  • Decree 08/2022/NĐ-CP
  • Decree 45/2022/NĐ-CP

Fire Prevention and Fighting Law (Amended) of 2013

  • Decree 136/2020/NĐ-CP guiding the Fire Prevention and Fighting Law and the amended Fire Prevention and Fighting Law (Effective from January 10, 2021)
  • Decree 144/2021/NĐ-CP regulating administrative penalties in the field of fire prevention, firefighting, and rescue

2. Risks of Chemical Emissions from Textile Dyeing Facilities

  • Sizing agents.
  • Alkali chemicals.
  • Detergents and washing agents.
  • Alkylphenol Ethoxylates (APEOs).
  • Dry cleaning chemicals.
  • Bleaching agents.
  • Stabilizers.
  • Optical brighteners.
  • Dyes (colorants).
  • Dye auxiliaries.
  • Printing auxiliaries: padding, coating, bactericidal, antistatic, etc.
  • Flame retardants.
  • Water/oil repellents: fluorinated compounds, paraffin, silicone-resistant, etc.
  • Preservatives.
  • Anti-slip agents.
  • Softening agents.

3. Classification of Chemical Spill Severity

Chemical spill incidents can be classified into four levels to establish appropriate response plans and measures.

Level 1:

  • Incident confined to a small area in the warehouse/workshop, the person who discovers it can handle it immediately with response equipment or by simple repair actions.
  • Does not pose a risk to people, property, or the environment.
  • Relatively small spill amount: <100L.

Level 2:

  • Incident has the potential to spread to other areas in the warehouse/workshop.
  • Slight risk to people (minor injuries).
  • Can be controlled by the on-site response team.
  • Relatively small spill amount: <1000L.

Level 3:

  • Incident can spread to warehouse/workshop/adjacent structures within the factory.
  • Causes damage to people (could lead to severe injuries or death), the environment, and factory property.
  • Beyond the control of the on-site response team.
  • Relatively large spill amount: >1000L.

Level 4:

  • Incident can spread to adjacent factories in the industrial park.
  • Causes significant damage to people (serious injuries or death), the environment, and property within and outside the factory.
  • Beyond the control of the on-site response team.
  • Relatively large spill amount: >1000L.

4. Predicting Risky Points and Incident Scenarios

  • Fire and explosion.
  • Chemical spills.
  • Liquid ammonia.
  • Exhaust emissions.
  • Wastewater.

Refer to the 8 Steps for Responding to Chemical Spills for textile dyeing facilities here.

Safe Handling of Hazardous Chemicals

Posted on by Haianh

Chemical spills can happen at any time in laboratories, chemical storage areas, around battery packs and dipping tanks, and in chemical processing plants, causing significant harm to people and the environment. However, addressing and cleaning up incidents involving hazardous chemicals is not easy due to their toxic and dangerous nature. BIGNANOTECH offers a safe solution to tackle this problem.

Common products used for cleaning and handling chemical spills include chemical absorbent pads, chemical absorbent booms, chemical absorbent pillows, cleaning powders, and quick response kits. These products are optimal for absorbing and collecting various acids, bases, corrosive substances, chemicals, and unidentified liquids, even those with high concentrations like 98% sulfuric acid and 30% sodium hydroxide. These products can clean up large spills or continuous leaks of liquids to minimize damage when a chemical spill occurs.

Using BIGNANOTECH materials and products, businesses/individuals can quickly and effectively respond to chemical spills at factories, plants, fuel stations, for large transport vehicles, and all areas with a risk of fuel, oil, chemical, and other industrial fluid spills.

When responding to a chemical spill or conducting regular cleaning in areas with chemicals, you can follow these safe handling steps:

Step 1: Use appropriate safety gear to respond to chemical spills (protective suits, gloves, goggles, etc.).

Step 2: Block the source of the chemical spill. At the same time, use chemical absorbent booms to prevent chemicals from spreading to surrounding areas.

Step 3: Place chemical absorbent pads and chemical absorbent pillows over the entire surface of the spill to absorb and collect all the liquid.

Step 4: Use cleaning powder on the spill area to absorb any remaining liquids on the surface. Then use a broom or stiff brush to scrub several times to ensure the surface is completely dry.

Step 5: After handling the incident, collect and reuse the equipment and tools used. Store the chemical-soaked products in a designated hazardous waste storage area, away from heat/flames, water reservoirs, and do not dispose of them in the environment to prevent cross-contamination.

Chemical absorbent products are commonly used in laboratories, chemical storage areas, around battery packs and dipping tanks, in processing plants, boiler rooms, R&D rooms, chemical warehouses, industrial zones, and industries with a risk of hazardous chemical leaks.

BIGNANOTECH is a reputable company in Vietnam specializing in manufacturing and distributing specialized products for environmental incident response and handling related to oil and industrial chemicals. With many outstanding features and more accessible prices compared to imported products, BIGNANOTECH products have been used in response and incident handling for many major units in Vietnam and are also present in international markets.

For product consultation, please contact:
BIGNANOTECH Company
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com

Why Nanofiber Products are Safe from Fire and Explosions?

Posted on by Haianh

In the modern age of technology, the application of nano-technology in manufacturing is opening new doors for many industries. One of the most notable applications of this technology is the production of products from nanofibers. These products not only boast superior features and performance but are also known for their safety from fire and explosions.

BIGNANOTECH has collaborated with top experts from Japan to develop exclusive nanofiber production technology for products designed to support response and handling of oil and chemical spills. Using high-quality polypropylene particles, we have manufactured large-scale ultra-fine fiber sheets reaching nano-sized dimensions to create products with wide-ranging applications and superior functionality compared to traditional technologies.

1. Safe materials: With the main ingredient being high-quality polypropylene particles, the response and handling products from BIGNANOTECH are entirely non-flammable, only melting when exposed to high temperatures.

2. Superfine structure: One of the strengths of nanofibers is their ultra-fine structure. With a diameter of only a few hundred nanometers, nanofiber strands form a very tight mesh, reducing the risk of fire spreading and increasing the product’s heat resistance.

3. Excellent heat resistance: Despite being compact, nanofiber products have significant heat resistance. Thus, they become an ideal material for applications requiring heat resistance, such as protective clothing or insulation materials.

4. Self-extinguishing capability: Some types of nanofibers are designed to have self-extinguishing capabilities. These materials can extinguish flames upon contact, protecting users.

5. Chemical resistance: Nanofibers often have the ability to resist the impact of chemicals, making them ideal materials in hazardous work environments with high risk of fire and explosions.

6. High durability: Although ultra-thin, nanofibers are typically very durable and difficult to damage. This helps them maintain safety and effectiveness in harsh working conditions.

BIGNANOTECH’s nanofiber products include materials for absorbing and handling oil or chemical spills. Some typical products include: oil/chemical absorbent pads, oil/chemical absorbent booms, oil/chemical absorbent pillows, oil absorbent rolls, oil/chemical absorbent cotton…

In summary, nanofiber products not only bring physical advantages and efficiency but are also known for their absolute safety from fire and explosions. The combination of ultra-fine features, heat resistance, self-extinguishing capability, and high durability has made nanofibers the top choice in many industrial and medical applications.

For advice on products and industrial hygiene solutions, please contact:
BIGNANOTECH Company
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com

Using Green Energy to Enhance Competitive Advantage in Export

Posted on by Haianh

Advancements in science, technology, and environmental awareness are driving the global market towards the adoption of green energy. A rapidly developing country like Vietnam is also embracing this trend. In recent years, Vietnamese businesses have started researching and implementing green energy not only for environmental benefits but also for the competitive edge it offers in exports.

Green energy usage not only helps reduce carbon emissions but also brings many economic benefits. With renewable energy prices decreasing and investments in green technologies emphasized, transitioning to green energy is no longer a luxury but a smart business strategy for enterprises.

One of the significant advantages that green energy brings to Vietnamese businesses is increasing competitiveness in exports. The international market is gradually shifting towards environmentally friendly products and services, so companies using green energy will have a significant advantage over competitors who do not utilize clean energy sources. If manufacturing enterprises do not plan to reduce carbon emissions now, their export products will struggle to compete and maintain market position.

Furthermore, adopting green energy also helps Vietnamese businesses enhance their image and reputation in the international market. The ability to demonstrate commitment to environmental protection is not only essential for building cooperative relationships with international partners but also a deciding factor when enterprises participate in international trade agreements.

Vietnamese businesses also need to realize that using green energy not only enhances export competitiveness but also presents an opportunity to promote sustainable development in their manufacturing and business sectors. Investing in green energy is not just a strategic decision but also a demonstration of responsibility and commitment to the sustainable future of both the enterprise and society.

In the future, increasing the use of green energy will not only be a trend but also a necessary requirement for businesses that want to survive and thrive in the international market. With the right understanding of the economic and environmental benefits of green energy, Vietnamese enterprises will be able to seize opportunities and create better competitive advantages in the international market.

To explore opportunities for technology development cooperation, please contact:
BIG NANO TECHNOLOGY
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com

How to Utilize Spilled and Leaked Oil?

Posted on by Haianh

Lubricating oil, crude oil, and oil-based fluids have long been the primary source of fuel for most industrial activities and daily life. Machinery and equipment using oil are present in almost all factories, plants, manufacturing workshops, repair shops, warehouses, etc. Therefore, industrial hygiene and the treatment of spilled and leaked oil during operations and production are currently one of the issues of concern.

The amount of spilled oil due to accidents, oil leaks, and waste oil from factories and plants is extremely large every year. If not properly handled, it can cause environmental pollution, affect the health of workers, and result in certain waste for businesses.

Common methods for collecting, cleaning oil, fuel, and industrial fluids

Currently, one of the most optimal methods for industrial cleaning and handling oil spill incidents is to use high-tech absorbent products such as:

These products are manufactured using exclusive nano-fiber technology from Japan, so they can absorb oil quickly and absorb more oil than traditional cleaning utensils such as mop cloths or rags. This helps businesses save cleaning costs and minimize storage space.

Moreover, specialized oil absorbent products only absorb oil and oil-based fluids, not water, so they are often used to clean oil stains, leaks on machinery and equipment, factory floor surfaces. They are also used to control and treat oil spill incidents on rivers, lakes, seas, fields, etc.

They also have anti-static, non-flammable, non-combustible properties, meeting fire and explosion prevention standards and safety in storage and use.

Utilizing spilled oil

After using these products to absorb and collect spilled oil, the next important step is how to avoid wasting that oil. With high-tech specialized products such as oil absorbent pads, oil absorbent pillows, we can recover much of the absorbed oil by squeezing or using centrifuges. This oil can then be further filtered using oil filter fabric or oil filter machines and reused.

For wastewater containing non-reusable oil, oil filter fabric can be used to filter out all waste, oil residues, and oil sludge before discharging into the environment or undergoing other waste treatment processes.

In these ways, businesses can save a lot of fuel costs and waste treatment costs, while minimizing the risk of oil leakage through waste routes causing environmental pollution.

For effective oil spill collection and treatment, businesses need to prepare contingency plans and spill response procedures as well as standard hygiene procedures for their employees. Above all, they need to research high-tech specialized products and prepare backups to proactively handle any incidents that may occur, ensuring the most efficient operation and economic efficiency for their businesses.

For consultation or purchases, please contact:
BIG NANO TECHNOLOGY
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com

The widespread issue of oil pollution in the oceans

Posted on by Haianh

In recent years, the world’s oceans have been facing an increasingly severe and expanding problem of oil pollution. Each passing day, oil spills continue to inflict numerous negative impacts on marine ecosystems and coastal economies.

Rising number of incidents and their larger scale impacts
Reports indicate a growing number of oil pollution incidents globally, with particularly alarming figures in recent years. From oil spills resulting from maritime accidents and offshore drilling activities to illegal oil dumping, these events occur with alarming frequency, leaving significant environmental consequences.

Environmental devastation and ecosystem impacts
Oil pollution causes a multitude of adverse effects on marine life. Oil coating the ocean surface and dispersing in water leads to suffocation and toxicity for fish, seabirds, and other marine animals. Coral reefs, vital ecosystems of the sea, also face critical endangerment when covered by oil layers, resulting in ecosystem imbalance, declining populations, and genetic alterations due to pollution.

Negative impacts on coastal economies
Beyond environmental concerns, the impacts of oil spill incidents on economies are also highly concerning. Coastal communities reliant on fisheries and tourism face significant losses as polluted waters render seafood inedible and affect both the scenery and experiences of tourists. The costs and resources required for cleanup and restoration are substantial, which could otherwise be allocated to nature conservation and sustainable development programs.

Global response
To address this escalating issue, governments, environmental organizations, and stakeholders in the environmental sector are actively engaging in exchanges to devise solutions to control marine oil pollution and mitigate its impacts. Improved regulations, strict enforcement measures, and advancements in extraction, processing, and cleaning technologies are being deployed to safeguard our oceans for future generations.

However, addressing the issue of oil pollution requires collective action on a global scale. Every individual, community, and business must prioritize environmental protection, adopt sustainable measures, and support responsible resource management. An effective measure in responding to and handling oil spill incidents is for offshore operating businesses and management organizations to have meticulous contingency plans in place and prepositioned resources to be prepared for any eventualities, thereby swiftly controlling and minimizing damages when incidents occur.

Products serving in responding to and handling offshore oil spill incidents, industrial oil spill cleanup include: Oil absorbent pads, oil absorbent booms, oil absorbent pillows, oil filter fabric, oil absorbent powder, biological oil-degrading powder…

As the world grapples with an escalating crisis of oil pollution, we can contribute to preserving the health and life of the oceans through collective efforts and commitments from businesses. Together, we must mitigate negative impacts and safeguard the future of our oceans.

For consultancy on industrial hygiene solutions and incident response, please contact:
BIGNANOTECH Company
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com 

Oil Pollution in the Downstream of Rivers: Unnoticed Potential Threats

Posted on by Haianh

Major rivers are not just a source of life and economic sustenance for people, but also a rich energy source that we need to safeguard. Currently, hydroelectricity is often considered a clean and efficient power source. However, the operation of hydroelectric plants still harbors an unnoticed risk: the threat of oil pollution in the downstream of rivers. This is an issue that is becoming increasingly severe and requires deeper awareness.

When a hydroelectric plant operates, one of the greatest risks is the leakage of oil from oil transport vehicles or from oil storage tanks, as well as discharge ponds within the plant. Although wastewater undergoes strict treatment and control measures before being discharged into the environment, accidents can still occur unexpectedly and cannot be accurately predicted. Especially when machine oil contaminates wastewater, it can leak into the river, causing serious impacts on the environment and the livelihoods of communities downstream.

One of the major consequences of oil pollution is the negative impact on river ecosystems. Oil can harm aquatic flora and fauna, leading to a significant decline in underwater species. This not only affects the ecological balance but also jeopardizes the food supply and livelihoods of communities along the river.

Moreover, oil pollution can also pose serious health issues for humans. Toxic compounds in oil can accumulate in fish and other aquatic organisms – a food source consumed daily by humans. If not promptly and effectively addressed, oil pollution can have long-term health effects on communities.

Not only does oil pollution entail unpredictable consequences, but it can also cause prolonged and challenging impacts to fully rectify. To minimize the risk of oil pollution in the downstream of rivers from hydroelectric plants, stringent environmental protection and safety measures need to be implemented. Additionally, there should be enhanced monitoring and strict compliance with regulations regarding oil usage and wastewater treatment containing oil.

Furthermore, plants need to have thorough preparedness and contingency plans in place to promptly address any accidents. The application of effective oil treatment technologies plays a crucial role in minimizing pollution risks and enhancing industrial hygiene efficiency at plants and downstream river areas.

Some suitable products for spill response, industrial hygiene, and oil pollution prevention at plants include:

In summary, oil pollution in the downstream of rivers from hydroelectric plants is not just a hidden issue but also a significant threat to the environment and human health. Addressing and rectifying this issue requires collaborative efforts from all stakeholders, from government and businesses to local communities, to protect and preserve this precious environmental resource for future generations and ourselves.

For consultancy on industrial hygiene solutions and incident response, please contact:
BIGNANOTECH Company
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com 

Production of Green Hydrogen in Vietnam: Demand, Potential, and Challenges

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Alongside renewable energy development solutions, the utilization of energy-saving, efficient, and low-carbon emission electricity sources such as green hydrogen and its derivatives has garnered significant global attention and high expectations. This is a crucial solution in the energy transition journey as well as for reducing emissions in various industrial sectors.

Green hydrogen is a clean fuel produced from water electrolysis technology and renewable energy, contributing to emission reduction goals and economic development. According to experts, green hydrogen is expected to be used in industries already utilizing gray or brown hydrogen fuels, including oil and gas, chemicals, steel production, and particularly in transportation.

While the production and use of green hydrogen are still emerging fields in Vietnam, this topic is increasingly attracting market attention.

1. Demand for hydrogen usage in Vietnam

In Vietnam, hydrogen is currently a feedstock for production in several industrial sectors, with the most significant usage in oil refining, chemicals, fertilizer production, and steelmaking. In 2020, according to assessments by the Institute of Petroleum Research, fertilizer production plants consumed about 316,000 tons of hydrogen, while the Dung Quat and Nghi Son oil refineries consumed 39,000 tons and 139,000 tons per year, respectively. Currently, many countries worldwide, such as Japan, South Korea, and China, have announced specific green hydrogen development strategies in the medium and long term as a solution to reduce emissions and mitigate global warming impacts.

According to research results from the Energy Institute (calculating green hydrogen demand), the demand for green hydrogen for developing various economic sectors in Vietnam is significant. However, the current production and application technology of green hydrogen are not yet perfected and have plenty of room for development. Therefore, the demand for green hydrogen will change depending on the development of production technology, storage infrastructure, usage, and distribution.

2. Potential for hydrogen development in Vietnam

Vietnam has early recognition of the profound impacts of climate change, leading to efforts through commitments to achieve net-zero emissions by 2050 at COP26 and continuously increasing solar and wind energy capacities. Additionally, it has announced fair energy transition partnerships worth $15.5 billion with an international partner alliance (JETP) and representatives from several other countries.

Industries related to hydrogen in Vietnam currently and with strong potential for future development include oil refining, fertilizer production, electricity generation, transportation, steel, cement, etc.

Clean hydrogen resources: wind power (onshore, offshore), solar energy.

The government and state have specific goals, roadmaps, and policies for hydrogen development, such as Resolution NQ-55/TW (2020), NDC (2020), Decision 876/QD-TTg (2022), Decision 888/QD-TTg (2022), Decision 896/QD-TTg (2022), Decision No. 28/QD-TTg (2022), Power Development Plan 8 (PDP8), NEP, etc.

3. Challenges in green hydrogen production

Although there is significant potential for development, achieving desired production levels quickly and replacing current fossil fuel sources is not an easy path.

Firstly, infrastructure: To achieve economic efficiency, Vietnam will need to build large-scale electrolysis plants and other infrastructure to serve the production, storage, distribution, and use of green hydrogen (logistics platforms, ports, vessels, pipelines, etc.).

Secondly, substantial investment, high costs: Production of hydrogen, in general, and green hydrogen, in particular, requires more energy than other fuel types, making it much more expensive. Analysts estimate that green hydrogen prices need to halve to compete with gasoline and diesel.

Thirdly, environmental risks related to residuals: Coastal countries operate based on desalination plants, but they pose many environmental risks related to residuals during production.

Fourthly, specific transportation requirements: According to IRENA, by 2050, 50% of green hydrogen transactions will be transported via pipelines, where part of it currently used to transport natural gas will need to be converted for functionality. At distances exceeding 3,000 km, green hydrogen can be transported in liquefied form, requiring much lower temperatures than natural gas (-250°C compared to -160°C) or in ammonia form.

Fifthly, safety assurance: This is also a concern because hydrogen is a volatile and flammable element. Therefore, stringent safety measures are necessary to prevent leaks and explosions.

Top Best Heat-Resistant Materials for Residential Buildings Today

Posted on by Haianh

Amidst the increasingly complex global climate changes and society’s heightened awareness of environmental protection, selecting optimal building materials to reduce heat for residential structures and save energy is becoming a trend.

Below is a list of the top preferred and highly-rated heat-resistant materials in the construction of residential buildings today:

Specialized heat-reflective paint
Specialized heat-reflective paints can reflect sunlight, reducing the surface temperature outside the home and maintaining stable indoor temperatures. Additionally, they possess waterproof and mold-resistant properties, protecting the walls from adverse environmental effects.

One excellent heat-reflective paint product currently on the market is the S-Corin two-component nano heat-reflective paint from BIGNANOTECH. This paint has the ability to reflect up to 80% of heat and UV rays, maintaining stable indoor temperatures, providing the most comfortable living environment, and helping to save energy consumption.

According to quality testing and evaluation by SUZUKAFINE company (one of the top 5 paint manufacturers in Japan), S-Corin paint samples have much higher heat reflection capabilities compared to existing heat-resistant paint products in both domestic and international markets.

Integrated heat-resistant concrete
Integrated heat-resistant concrete is a combination of concrete and a layer of EPS (expanded polystyrene) insulation foam. This material not only has high durability but also helps reduce the amount of heat transmitted into the house from outside, keeping the indoor space cool and comfortable.

Light-colored and heat-resistant roof tiles
Light-colored roof tiles have the ability to reflect sunlight, reducing the amount of heat absorbed into the house. Some heat-resistant roof tiles are also designed with UV-protective coatings, extending their lifespan and reducing the indoor temperature.

Smart insulation materials
Smart insulation materials, such as aerogels and color-changing heat-resistant materials, are becoming a trend in modern residential construction. These materials can adjust the amount of heat transmitted through, thus maintaining an ideal living environment indoors.

Liquid-based thermal insulation panels
Liquid-based thermal insulation panel technology is becoming popular for its ability to retain heat and stabilize indoor temperatures. These panels are often used for roofs and external walls, creating a strong thermal insulation layer.

Materials with hollow structure
Materials like glass wool and foam core materials with hollow structures effectively insulate heat by trapping air within the hollows, thereby reducing the amount of heat transmitted into the house.

Applying these advanced heat-resistant materials to modern constructions not only helps minimize the impact of sunlight and keeps living spaces cool but also saves energy and reduces the operating costs of cooling systems within the house. That’s why they are considered the top choice for construction and renovation of residential buildings in today’s era.

For inquiries or purchases, please contact:
BIG NANO TECHNOLOGY
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com