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Stevia The Healthiest Alternative to Sugar

2024-06-14

Sugar is a major concern in modern diets due to its negative health impacts. Stevia, a natural sweetener from the Stevia rebaudiana plant, is considered the healthiest alternative to sugar for several reasons.

 

Benefits of Stevia:

Zero Calories: Stevia contains no calories, making it ideal for weight management.

No Glycemic Impact: It has a glycemic index of zero, suitable for those managing diabetes.

Health Benefits: Stevia has antioxidant, anti-inflammatory, and antimicrobial properties, potentially protecting against chronic diseases and improving oral and skin health.

Versatility: Available in extracts, liquid drops, and powders, stevia can sweeten beverages, baked goods, and other recipes.

Safety: Approved by regulatory agencies like the FDA, stevia is generally considered safe for consumption.

Stevia offers a naturally sweet taste without the drawbacks of sugar, making it a perfect substitute for healthier food choices.

 

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Is nisin A probiotic?

2024-06-14

Nisin is not considered a probiotic. It is a naturalicrobial peptide that is by certain strains of lactic acid bacteria, specifically Lactococcus lactis. Nisin has been widely used as a food preservative due its ability to inhibit the growth of various bacteria, including some pathogenic species. It is effective against gram-positive bacteria by targeting cell walls and disrupting their integrity.

While nisin has antimicrobial properties, it differs from probiotics in terms of functionality. Probiotics are live microorganisms that, when consumed in adequate amounts, confer a health benefit on the host. They primarily consist of beneficial strains of bacteria or yeast that support a healthy gut microbiota and contribute to various aspects of human health.

Although nisin is not considered a probiotic, it has been investigated for other potential applications, such as in the prevention and treatment of bacterial infections and as a natural antimicrobial agent in various industries. However, further research is needed to evaluate its full range of potential benefits and uses.

 

 

For related products, please visit our website:https://www.reachever.com/

 

 

Industrial cleaning defoamer characteristics and scope of use

2024-06-05

With the continuous development of the industrial economy, an important part of industry - industrial cleaning has also been a vigorous development. In industry, industrial cleaning has two major roles, one is to restore production, the second is to improve the productivity of the machine, long operation of the machine will accumulate a lot of oil stains, dirt, if not cleaned on time, the machine will be damaged, or even stop running. Industrial cleaning defoamer is also quite important for industrial cleaning.

 

 

In the cleaning process will generally be used to industrial cleaning agents, so in the industrial cleaning will often produce a lot of foam, these foam surface attached to some oil stains will be more difficult to eliminate. A large number of foam will not only block the line of sight of the cleaning, but also cause a waste of water, industrial cleaning efficiency will also be affected. So the use of defoamer is very necessary.

Features of industrial cleaning defoamer:
1. Strong defoaming effect, not only can eliminate large foam, but also eliminate the residue of fine foam;
2. Obvious foam suppression effect, there will be no secondary foaming;
3. Non-corrosive properties, will not worry about the use of the machine will be corroded;
4. Will not leave stains or rust spots all over the machine;
5. The use of small doses, can save costs;
6. Temperature, PH value of the use of a wide range;
7. Environmental protection and pollution-free, low risk factor.

Industrial cleaning defoamer scope of use:

Industrial cleaning defoamer is containing special modified polyether and fluorine-containing raw materials into a special process of compounding and become, not only can be used in the industrial cleaning industry, but also can be used in metal cleaning, chemical cleaning, spray cleaning, industrial detergents, cleaning products, carpet cleaning, beer bottle cleaning, chemical industrial cleaners, metal cleaners and other industries.

 

Click on the related products links: RK-0036/RK-400S

Glowing skin with pro-collagen boosters

2024-05-31

Welcome to our blog where we dive into the exciting world of skincare and beauty. In this article, we will explore the benefits of Pro-Collagen boosters and how they can help you achieve a radiant and youthful complexion. Especially for the marine collagen. As a leading supplier of Pro-Collagen powder, we are committed to providing high-quality products that deliver visible. Let's discover the secrets to glowing skin!

 

Collagen is a vital protein that provides structure and elasticity to our skin. However, as we age, our natural collagen production decreases, leading to the formation of wrinkles and sagging skin. Pro-Collagen boosters, such as our premium Pro-Collagen powder, can help stimulate collagen synthesis and enhance the overall health of your skin.

 

Firming and Lifting: By boosting collagen levels, Pro-Collagen helps improve skin firmness and elasticity, resulting in a lifted and toned appearance. Say goodbye to sagging skin!

 

Hydration and Radiance: Pro-Collagen has excellent moisturizing properties that increase skin hydration, leaving it soft, supple, and glowing. Experience revitalized and radiant skin with Pro-Collagen boosters.

 

Applications of Collagen:

 

Skincare Products: Incorporate Pro-Collagen powder into your daily skincare routine by adding it to your favorite moisturizers, serums, or masks. It enhances the efficacy of your existing products, promoting healthier and more youthful-looking skin.

 

Nutritional Supplements: Pro-Collagen powder can also be consumed as a dietary supplement. Mix it with water or your favorite beverage for an easy and convenient way to nourish your skin from within. Achieve beauty from the inside out.

 

Beauty Formulations: Our Pro-Collagen powder is an excellent ingredient for formulating various beauty products, including creams, lotions, and anti-aging treatments. Harness the power of Pro-Collagen in your own skincare creations.

 

For related products, please visit our website:https://www.reachever.com/

Why We Need Anhydrous Lanolin?

2024-05-31

Lanolin is a natural substance derived from sheep's wool, and it has been used for centuries for its exceptional moisturizing and protective properties. Anhydrous lanolin, in particular, is a highly refined form of lanolin that has had its water content removed.

 

Anhydrous lanolin offers several benefits due to its unique composition. Firstly, it is an excellent emollient, meaning it helps to soften and soothe the skin. It forms a protective barrier on the skin's surface, locking in moisture and preventing water loss, which makes it highly effective for dry and dehydrated skin conditions. Additionally, anhydrous lanolin has hypoallergenic properties and is tolerated well by most skin types, including sensitive skin.

 

The moisturizing properties of anhydrous lanolin also extend to other areas of the body. It can be used to treat dry and chapped lips, providing hydration and relieving discomfort.

 

Furthermore, anhydrous lanolin is commonly used in hair care products, as it helps to smooth and nourish the hair strands, leaving them softer and more manageable.

In the field of medicine, anhydrous lanolin finds applications in various formulations. It is often incorporated into ointments and creams used for wound healing and dermatological conditions. The occlusive nature of anhydrous lanolin helps create an optimal environment for skin regeneration and reduces the risk of infection. It can also be found in nipple creams for breastfeeding women, providing relief and protection against soreness and cracking.

 

Anhydrous lanolin is not only limited to skincare and medical applications but also serves industrial purposes. It is used in the production of lubricants, polishes, and leather treatments due to its excellent emulsifying and protective qualities. In the textile industry, anhydrous lanolin is utilized as a natural fiber lubricant to enhance the spinning and weaving processes.

 

The need for cosmetic grade lanolin anhydrous arises from its exceptional moisturizing, protective, and emollient properties. Whether in skincare, medicine, or industrial applications, anhydrous lanolin plays a vital role in providing hydration, soothing dryness, and maintaining skin health. With its versatile nature and compatibility with various skin types, anhydrous lanolin remains a valuable ingredient in numerous products worldwide.

 

For related products, please visit our website:https://www.reachever.com/

How to make the best and brightest in the luminous ink?

2024-05-14

Sunman has glow in the dark pigment that is specially designed for making luminous ink. Compared to the luminous pigment you may get from the market, our pigment has multiple colors, long afterglow time(>12 hours) and high luminosity. Luminous ink made with our pigment has many advantages including strong adhesion, high heat resistance and abrasive resistance. It is suitable for silk-screen printing, gravure printing and spray painting on different materials like paper, textile, wood, plastic, metal, pottery, etc.

 

We would like to tell you how to make luminous ink and how to use it to achieve the best and brightest result.

 

How To Make Luminous Ink

1. Please choose neutral transparent resin (transparent ink) as the medium.

2. Glow pigment with smaller particle size works better for making luminous ink, so we recommend out pigment with grain size C and D. For more details, please take a look at our Photoluminescent Pigment For Ink.

3. The amount of luminescent pigment should be adjusted according to your desired level of luminosity. When the content of the glow pigment in the glow ink is higher, the pattern printed with this ink also has higher luminosity and longer glow time. Generally speaking, the amount of glow in the dark pigment should be around 30-60% of the total amount.

4. When the glow ink is precipitated, a container with a glass or enamel lining can be used to disperse the photoluminescent pigment with high-speed stirring.

5. To reduce sedimentation, use high-viscosity resin or anti-settling agent, stir well before use.

6. Heavy metal compounds cannot be used as additives.

7. Choose different types of transparent ink according to different substrates. For example, if the substrate is made of metal, ink for metal should be selected. If the substrate is made of PVC, then PVC ink should be used.

How To Use Luminous Ink

1. The ink viscosity is recommended to be about 3000-5000 poise. When printing, adjust the ink viscosity with diluent according to the printing speed.

2. For silk-screen printing, in order to obtain a printing pattern with better luminous effect, screens with 200 mesh and below can be used. The ink layer printed by lower mesh screen is thicker, and therefore the pattern also has a higher luminosity. 80-120 mesh screen usually can help you to reach an optimal result.

3. To increase the glow intensity and glow time of the patterns, print a white layer under the photoluminescent layer or print directly on a white substrate.

4. In order to obtain a pattern with ideal brightness, the minimum film thickness of the sinosunman glow in the dark ink layer should not be less than 100um. Generally, when the thickness is around 150-200um, the highest and most cost-effective luminosity can be obtained.

5. More eye-catching patterns can be obtained by register color method.

 

Nanomaterials knowledge Home Nanomaterials knowledge Introduction to single crystal, polycrystalline, and amorphous nanomaterials

With the development of nanotechnology, single crystal, polycrystalline, and amorphous nanomaterials have become research hotspots. These nanomaterials have different structures and properties, and have a wide range of applications. Dongguan Saite New Materials focuses on the production and sales of powder materials such as nano metal powder, oxide powder, carbide powder, alloy powder, etc., and has become a leader in the nano material market.

1、 Single crystal nanomaterials
Single crystal refers to the arrangement of grains in a material in the same direction. Single crystal nanomaterials are essential materials for preparing high-performance electronic components, conductor materials, and optical materials due to their high purity and complete crystal structure. For example, single crystal nano gold powder has a wide range of applications and can be used in conductive slurries, solar cell electrodes, biosensors, and so on.

2、 Polycrystalline nanomaterials
Polycrystalline grains are arranged together in different directions, and polycrystalline nanomaterials have excellent properties in strength, toughness, corrosion resistance, and can be used in fields such as electronics and aerospace materials. Polycrystalline nano titanium oxide powder can be used as a catalyst, UV barrier, anti UV coating, and other applications, while polycrystalline nano silicon carbide powder can be widely used in abrasive, cutting, ceramics and other fields.

3、 Amorphous nanomaterials
Amorphous nanomaterials refer to crystalline forms in materials that are not clearly defined. Amorphous nanomaterials have shown broad application potential in potential fields, such as preparing efficient catalysts, biomedical imaging materials, etc. Because amorphous nanomaterials exist in practical materials such as glass and have advantages such as transparency, hardness, and smooth surface, they are used in the production of high-tech products such as mobile phone screens and solar cells.

In the field of materials science, single crystal and polycrystalline are two different types of crystal structures. There are significant differences in their crystal structure, physical properties, preparation methods, and application fields.
Amorphous nanomaterials
crystal structure

Single crystal refers to a crystal in which the lattice structure is complete, continuous, and orderly arranged, without grain boundaries or particle boundaries. This perfect crystalline structure enables single crystals to have higher crystallinity and crystal integrity. Polycrystalline materials are composed of many grains, which are connected to each other through grain boundaries. Grain boundaries are the interfaces between different grains within a crystal, where atoms or molecules are arranged relatively disorderly. Therefore, compared to single crystals, polycrystalline materials have a less perfect crystal structure, and the presence of grain boundaries also makes them heterogeneous and non-uniform.

physical property

Due to the highly ordered lattice structure of single crystals, their physical properties are usually more uniform and consistent than those of polycrystals. Single crystals exhibit good properties in electrical, optical, thermal, and mechanical fields, and possess isotropy (having the same properties in any direction). For example, monocrystalline silicon is widely used in semiconductor manufacturing for the production of integrated circuit chips due to its high conductivity, low conductor resistivity, and low leakage current. However, due to the presence of grain boundaries, polycrystalline silicon can lead to heterogeneity and non-uniformity in physical properties. For example, the resistivity and leakage current of polycrystalline silicon are usually higher than those of monocrystalline silicon.

Preparation method

The preparation process of single crystals usually requires precise control conditions and technical means, such as suspension method, vapor deposition method, floating zone method, etc. These methods can maintain a highly ordered lattice structure during the growth process of single crystals. The preparation of polycrystalline materials is relatively simple, often using methods such as melting and solidification. These methods can change the grain size and distribution by adjusting the preparation conditions, but the crystal structure of polycrystalline materials is often complex and difficult to control its lattice structure and growth direction.

application area

Due to its better physical properties and crystallinity, as well as the advantage of no grain boundaries, single crystals have a wide range of applications in certain specific fields. For example, in the field of optics, single crystal materials are used to produce high-precision optical lenses and laser devices. In addition, single crystal alloys are widely used in the aerospace industry to manufacture high-temperature structural components due to their high thermal stability and oxidation resistance. Polycrystalline materials, due to their simple preparation methods and low cost, are widely used in some basic material fields, such as steel manufacturing, ceramic manufacturing, etc.

In summary, there is a clear difference between single crystal and polycrystalline materials. Single crystals have a more perfect crystal structure and better physical properties, but their preparation is difficult and costly; The preparation of polycrystalline materials is relatively simple, but the crystal structure and physical properties are relatively complex and uneven. In terms of application fields, single crystals are widely used in some high-precision fields, while polycrystals have a wide range of applications in some basic materials fields.

Nanomaterials application Home Nanomaterials application What nanomaterials are used as dielectric materials

Dielectric materials are electrical insulation materials that can store charges. The dielectric constant is an important performance indicator of dielectric materials, used to measure the response of materials to charge storage capacity in an electric field. The dielectric constant is divided into two types: relative dielectric constant and absolute dielectric constant, among which the relative dielectric constant is commonly used in the study of dielectric materials. There are many commonly used dielectric materials, including:
1. Oxides: nano barium titanate (BaTiO3), nano titanium dioxide (TiO2), alumina (Al2O3), etc;
Example: Barium Titanate (BaTiO3): Barium Titanate is a high-performance and widely used ferroelectric ceramic
Ceramic materials can be used for polymer modification to improve the dielectric constant of materials. It is also widely used in the fields of capacitors, ceramic piezoelectric materials, sensors, etc.
The dielectric constant of epoxy resin is relatively low (about 3-4), and filling epoxy resin with nano BaTiO3 can significantly improve its dielectric constant.
Adding BaTiO3 to epoxy resin resulted in a composite material with a dielectric constant of around 50. The size of filler particles, type and dosage of coupling agent have a significant impact on the dielectric properties.

Example: Titanium Dioxide (TiO2): TiO2 is a widely used material with excellent photocatalytic, optoelectronic, and charge transfer properties. Its high dielectric constant (about 200) makes it widely used in electronic devices, solar cells, and optoelectronic devices.

BaTiO3

2. Polymers: polytetrafluoroethylene (PTFE), polypropylene (PP), polyethylene (PE), etc;

 

3. Ceramics: iron oxide (Fe2O3), strontium silicate (SrTiO3), zirconia (ZrO2), etc. In dielectric materials, the addition of nanoparticles can significantly increase the dielectric constant of the material. Dongguan SAT NANO New Materials Company provides high-quality products such as nano metal powder, oxide powder, carbide powder, alloy powder, etc. The addition of these nano materials can effectively improve the performance of dielectric materials. For example, adding nano barium titanate to epoxy resin can yield a dielectric constant of around 50.

The influence of composite materials, filler particle size, coupling agent type and dosage on dielectric properties is significant. In addition, nano titanium dioxide is also a material with excellent dielectric properties and wide applications, which can be used to prepare high-performance capacitors, sensors and other equipment.

iron oxide powder

In short, there are various types of dielectric materials, and different materials have different dielectric constants and performance characteristics. In practical applications, selection and processing need to be based on specific requirements. And the high-quality nanomaterials provided by Dongguan SAT NANO New Materials Company can provide various
The application of dielectric materials in the industry provides support, providing an effective way to achieve high-performance and low-cost goals.

Why Two-Component Marking Paints Are More Suitable for Heavy Traffic Sections?

2024-05-09

Why Two-Component Marking Paints Are More Suitable for Heavy Traffic Sections?

 


 

There are roughly three types of road marking paint on the market, namely: waterborne marking paint, hot melt marking paint, and two-component marking paint. So, what are the differences between these types of markings, and which type is more suitable for heavy traffic sections?

 

1.      The waterborne marking paint has poor wear resistance and can only be used for about three months to half a year. Moreover, because the paint itself does not adhere firmly to the glass beads, the marking does not have reflective performance; despite the construction and maintenance efficiency of the marking project higher, but it’s not that appreciate to be used in heavy traffic sections. Usually,waterborne markings are more suitable for first- and second-level highways in cities and sections with less traffic.

 

2.      The wear resistance of hot melt marking paint is better than the waterborne markings. It can be used for more than one year in heavy traffic areas. Usually,hot melt paints are mixed with drop-on glass beads to make road markings reflect light. However, since the main raw material of hot-melt marking paint is C5 petroleum resin, which is greatly affected by temperature changes, markings will become sticky under high temperatures in summer and easily adhere to dirt, especially in cities with serious environmental pollution, the markings will not be stain resistant.

 

3.      The two-component marking paint has the strongest wear resistance among the three and can be used for more than 2 years even on roads with heavy traffic. The main raw material of the two-component marking paint is methyl methacrylate, which prevents the two-component marking from being affected by temperature changes and wear-resistant and crack-resistant fibers after the marking is damaged. It also has a good effect on glass beads. The excellent adhesiveness prevents the glass beads on the marking surface from falling off easily. When carrying out marking maintenance, there is no need to remove the old markings. You only need to polish the surface of the old markings and then spray paint a layer of two-component high-brightness markings, thus further improving the efficiency of marking maintenance.

 

It's important to note that different manufacturers may have proprietary formulations or variations in resin types for road marking paints. Additionally, regional regulations and standards may influence the choice of resin for road marking applications.

 

The ultimate purpose of installing and maintaining road markings is to improve road safety; for this, high-quality raw traffic safety materials are essential.

 

As a leading manufacturer of traffic safety materials with more than 30 years’ experience, Tory is committed to ongoing product development and excellent customer services that makes us the perfect partner for your road marking paint supply needs. We can provide you with raw materials (such as reflective glass beads, MMA resin, AW element etc.) with very competitive prices which can be customized to meet the specific requirements of customers and projects. For more information, or to get started on your traffic safety solution: https://www.cntory.com/

 

Feel free to contact us:

Email: Echo@cntory.com

WhatsAPP: +8617355287086

LinkedIn:https://www.linkedin.com/company/anhui-tory-material-technology-inc/

 

 

How to Solve Bubbles in Road Markings?

2024-05-09

How to Solve Bubbles in Road Markings

 


 

 

All roads should be clean and dry during the marking construction. Moisture is the most harmful factor in the adhesion of paint and pavement. The amount of moisture in the ground is enough to affect proper coating adhesion. Early morning dew and fog usually result in wet roads. If there is too much moisture on the road surface, it usually leads to blistering of the hot melt markings. Blisters will form as surface bubbles and may not burst. If this happens, the marking construction should be stopped until the road surface is dry. The only way to determine the presence of moisture is to perform a test. There are many ways to test for moisture:

1. Place a 30cm square thin plexiglass plate (aluminum foil, etc.) on the road with tape, and seal the surrounding edges with tape. After 15 minutes, check the bottom of the board and the road surface. If the moisture is too much, do not hot melt marking construction.

2. Place a 45cm square tar paper on the road surface and coat it with hot melt paint heated to 215 degrees Celsius. Wait two minutes and pick up the tar paper. Check the underside. If there is moisture, do not hot melt construction.

The ultimate purpose of installing and maintaining road markings is to improve road safety; for this, high-quality raw traffic safety materials are essential.

As a leading manufacturer of traffic safety materials with more than 30 years’ experience, Tory is committed to ongoing product development and excellent customer services that makes us the perfect partner for your road marking paint supply needs. We can provide you with raw materials (such as reflective glass beads, MMA resin, AW element etc.) with very competitive prices which can be customized to meet the specific requirements of customers and projects. For more information, or to get started on your traffic safety solution: https://www.cntory.com/

Feel free to contact us:

Email: Echo@cntory.com

WhatsAPP: +8617355287086



 

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