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.

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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.

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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？

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

Detailed Process of Hot Melt Marking Construction

1.    Road Cleaning

Before construction, the nearby area must be cleaned to ensure that there are no impurities such as oil, water, fallen leaves, weeds, etc., so as not to affect the adhesion, smoothness, and reflective effect of the markings.

2.    Full Scale Plotting

During the setting out process, calculations and measurements must be made strictly in accordance with the construction drawings. Measure the number of lanes that need to be marked on the road, fix the points, and then mark them with a slate pen. Use titanium dioxide or double flying powder to stick a hemp rope to stretch the line. After the rope is removed, make corrections and improve it to ensure that the line shape is clear and accurate.

3. Lower Coating Agent Application

The primer is a common adhesive used in hot-melt marking construction. Applying it on the highway pavement can make the hot-melt paint better adhere to the road surface.

4. Hot melt coating application construction

Before construction, first check the relevant coating equipment.

As the trolley moves forward, the paint will form a film on the road surface, and a layer of glass beads will be spread on the film during the coating process. When the trolley moves forward, use the reference waterline as the ruler to control the thickness and width of the markings to ensure the coordination, clarity, and smoothness of the markings at the connection between straight lines and curves.

Note: During the coating process, in order to avoid settling and separation of the paint, the paint needs to be stirred frequently.

5. Line modification and opening to traffic

After the paint application is completed, check and correct the marked line shape, check the spread of glass beads, etc. After confirmation, clean up the construction site.

After the markings are dry and hardened, the relevant construction equipment can be moved, safety facilities removed, and traffic opened.

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/

Operation and maintenance of Teflon lined centrifugal pump:

-Teflon lined centrifugal pump operation:
(1) when shutting down, the valve at the outlet should be closed first, and then the power supply should be cut off.
(2) before starting the Teflon lined centrifugal pump, the pump should be filled with enough liquid to prohibit starting without liquid.
(3) the outlet valve is closed, the steering of the centrifugal pump can be checked immediately after being connected to the power supply, and the steering should be consistent with the arrow, and reverse operation is prohibited.
(4) after the start-up of the Teflon lined centrifugal pump, after reaching the normal speed, the outlet valve is gradually opened and adjusted to the required operating conditions for operation.

-Maintenance of Teflon lined centrifugal pump:
The main results are as follows:

(1) within one month of working in the Teflon lined centrifugal pump, the lubricating oil is changed after 100 hours, and the oil is changed every 500 hours thereafter.
(2) check whether the motor steering is correct. After the normal operation of the lining centrifugal pump, open the outlet pressure gauge and the imported vacuum pump to show the appropriate pressure, gradually open the gate valve and check the load of the motor at the same time.
(3) if the downtime is too long, the corrosive liquid in the pump should be discharged clean, the dirt of each part and the flow channel of the pump should be cleaned, and the power supply should be cut off in time.

Polyether defoamers, also known as polyether-based antifoaming agents, are widely used in various industries due to their exceptional foam control properties. These defoamers are formulated using polyether compounds and possess unique characteristics that make them highly effective in eliminating foam. 

One key characteristic of polyether defoamers is their excellent defoaming efficiency. They are capable of quickly breaking down foam bubbles and suppressing foam generation, even at very low concentrations. This makes them highly cost-effective as small amounts of defoamer are sufficient to achieve desired results. Additionally, polyether defoamers exhibit long-lasting foam control, ensuring superior performance over an extended period.

Another notable feature of polyether defoamers is their versatility. They are compatible with a wide range of mediums, including aqueous and non-aqueous systems. Whether it's in water-based coatings, adhesives, pulp and paper manufacturing, or wastewater treatment, polyether defoamers offer effective foam control across diverse applications.

Furthermore, polyether defoamers are non-silicone-based, which makes them suitable for applications where silicone contamination is a concern. They are also thermally stable, allowing for usage in high-temperature processes without degradation.

In summary, the key characteristics of antifoamchemical polyether defoamers include excellent defoaming efficiency, long-lasting foam control, compatibility with various mediums, non-silicone formulation, and thermal stability. These features make highly sought-after in industries where foam control is critical. By effectively suppressing foam polyether defoamers contribute to improved operational efficiency, reduced maintenance costs and enhanced product quality.

Is xanthan gum bad for you?

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Xanthan gum is a common food used to thicken and stabilize a wide range of products. It is derived from the fermentation of carbohydrates by the Xanthomonas campestris bacterium. While it is generally considered safe for consumption, some concerns have been raised about its potential effects on health.

Xanthan gum has several beneficial properties. It improves the texture and consistency of food products, preventing them from separating and maintaining a desirable mouthfeel. Additionally, it is effective in gluten-free baking as it helps to mimic the elasticity and structure typically provided by gluten.

Research suggests that xanthan gum is well-tolerated by most people. However, some individuals may experience digestive issues such as bloating, gas, or diarrhea when consuming large amounts. This is because xanthan gum is a soluble fiber that can ferment in the gut, leading to these discomforts. It is important to note that such reactions are rare and usually occur only in sensitive individuals or when consumed in excessive quantities.

As with any food additive, it is advisable to consume xanthan gum in moderation. The Acceptable Daily Intake (ADI) set by regulatory authorities ensures that the amount of xanthan gum used in food products remains well within

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Skincare enthusiasts are constantly exploring new combinations of ingredients to enhance their skincare routines. Two popular ingredients that have gained significant attention in recent years are copper peptides and retinol. Copper peptides are known for their skin rejuvenating properties, while retinol is hailed as a powerful anti-aging ingredient. In this blog, we will delve into the topic and explore whether or not it is safe and effective to use copper peptides with retinol.

Copper peptides are naturally occurring compounds that consist of copper ions bonded with small protein fragments called peptides. They are valued for their ability to stimulate collagen production, promote wound healing, and increase skin elasticity. Copper peptides work by penetrating the skin and activating various cellular processes that contribute to skin rejuvenation.

Retinol, on the other hand, is a derivative of vitamin A and a well-known ingredient in the realm of skincare. It boasts multiple benefits, including stimulating collagen production, reducing the appearance of wrinkles and fine lines, improving skin texture, and promoting cellular turnover. Retinol works by increasing the rate at which skin cells turnover, revealing newer and healthier skin cells.

The decision to use copper peptides with retinol ultimately depends on your skin's individual tolerance and needs. While some individuals may find success in incorporating these ingredients into their skincare routines, others may experience adverse reactions. It is essential to listen to your skin and make adjustments accordingly.

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On the impact that water has on waterborne polyurethane, we can delve into it from two perspectives. Firstly, water can penetrate between the molecules of waterborne polyurethane, resin and this effect is similar to that of a plasticizer. In this process, water undergoes hydrogen bonding interactions with the polar carbamate groups in the polyurethane molecules, resulting in a significant reduction in the hydrogen bonding effects between the main chains of the original polymer, thereby causing a notable decline in the physical properties of the waterborne polyurethane resin. However, this phenomenon of water absorption is reversible, that is, it belongs to the category of physical changes. When we treat the waterborne polyurethane resin through drying and dehydration, its properties can be effectively restored.

On the other hand, there is also a chemical change between water and waterborne polyurethane, which is irreversible. In the various types of hydrolysis processes of waterborne polyurethane, the hydrolysis phenomenon of polyester polyurethane is particularly evident. Specifically, when the ester groups in the main chain of the polyester polyurethane undergo hydrolysis, two shorter chains are generated, one of which has a hydroxyl end, while the other has a carboxyl end. It is worth noting that this carboxyl has an acidic property, which can further promote the hydrolysis of other ester chain links, forming a self-catalytic chain reaction. In addition, some alkaline substances, such as urea and ammonia types, as well as catalysts used in the preparation of waterborne polyurethane, such as dibutyl tin dilaurate and stannous octanoate, if they remain in the polyurethane system, can also serve as catalysts for hydrolysis.

Water based polyurethane resin manufacturer

The hydrolysis process of waterborne polyurethane resin also varies depending on the type. Since the ester groups in polyester polyurethane are prone to hydrolysis, the hydrolysis effect mainly manifests as the breakage of the main chain, resulting in a significant reduction in the molecular weight, a sharp decline in tensile strength, and elongation. However, for polyether polyurethane, due to the good hydrolysis resistance of the ether groups and the carbamate groups, its hydrolysis effect is manifested as the gradual breakdown of the crosslinking, with the molecular weight gradually decreasing, and the tensile strength decreasing relatively slowly, while the elongation initially increases and then decreases.

In terms of anti-hydrolysis ability, there are obvious differences between the groups of waterborne polyurethane. Generally speaking, the anti-hydrolysis ability of the ether group is stronger, followed by the carbamate group, then the ureas and bis-ureas, while the anti-hydrolysis ability of the ester group is relatively weak. It is worth mentioning that the hydrolysis stability of polyether polyurethane is usually about 5 to 10 times that of polyester type. In order to improve the hydrolysis stability of polyester polyurethane, researchers typically adopt methods such as reducing the acid value of the polyester, adding anti-hydrolysis aids, or changing the structure of the polyurethane soft block chain link. The search for test data shows that when preparing polyester polyurethane, if the number of methylene groups in the used diol is larger, the resulting polyurethane's hydrolysis stability will also be correspondingly increased.