Glass bubble,Hollow glass microspheres , Glass sphere beads, Manufacturer & suppliers

Friends who have drank Moutai’s wine all know that there are two glass beads at the Moutai wine bottle. The glass is high and the purity is called glass crystal, also known as artificial crystal.

Method/step.
Because Moutai Town lives in the inland, the transportation of Moutai is very troublesome. Adding beads to the bottle mouth can effectively prevent large -scale leakage in transportation.
Small glass beads and small glass beads will reduce the flow of wine and avoid unnecessary waste caused by excessive alcohol.
And the wine falls slowly, and the time to wait for the wine is longer. You can have more time to chat and create a pleasant drinking atmosphere.
Moutai wine is mellow and rich, with glass beads blocked, which can reduce the contact area between wine and air and prevent wine from exuding.
With the barrier of beads, it is difficult to add fake wine directly. There are too many people who have fake wine now, and even Moutai wine bottles have risen. 53 degrees flying Moutai empty bottle without damaging the beads in the bottle can be sold for 200 yuan. It can be seen that this little bead is also a very important existence in the process of making fake wine.

Precautions.
Warm reminder: If you ca n’t fall out of the wine, first shoot with your palms at the bottom of the bottle, because of the weather, this bead will be attracted by the air. After Moutai was completely ca n’t come out, throw away the bottle, pry open the bottle mouth, take out two glass beads, and pour out Moutai’s small cup with co -marking wine.

High-performance hollow glass beads (HGBs) have a wide range of applications across various industries. Here are some common applications of high-performance hollow glass beads:

1. Lightweight Fillers: HGBs are often used as lightweight fillers in materials such as composites, plastics, rubber, and coatings. Due to their low density and high strength, they can reduce the weight of these materials without compromising their mechanical properties.
2. Thermal Insulation: HGBs are excellent thermal insulators due to the presence of trapped air within the hollow spheres. They are used in insulation materials for buildings, refrigeration systems, and aerospace applications to minimize heat transfer and improve energy efficiency.
3. Sound Absorption: The hollow structure of glass beads allows them to absorb sound waves effectively. They are used in soundproofing materials for buildings, automotive interiors, and audio equipment to reduce noise levels and enhance acoustic performance.
4. Lightweight Concrete: HGBs are utilized in the production of lightweight concrete to reduce its weight while maintaining strength. The beads act as aggregate, improving the thermal and acoustic properties of the concrete and making it easier to handle and transport.
5. Paints and Coatings: HGBs are used as functional additives in paints and coatings to enhance their properties. They improve the rheological behavior, reduce settling and sagging, and increase the durability and scratch resistance of the coatings.
6. Oil and Gas Industry: In the oil and gas industry, HGBs are employed as proppants in hydraulic fracturing operations. The beads are pumped into fractures to keep them open, allowing the extraction of oil and gas from underground formations.
7. Cosmetics: Hollow glass beads are used in the cosmetic industry in products such as foundations, lotions, and creams. They provide a smooth and silky texture, improve spreadability, and can act as light diffusers, giving a soft-focus effect.
8. Filtration Media: HGBs can be used as a filtration media due to their uniform size, high strength, and chemical resistance. They are used in applications such as water filtration, wastewater treatment, and air purification.
9. Automotive and Aerospace: HGBs find application in the automotive and aerospace industries for their weight-saving properties. They are used in the manufacturing of lightweight components, such as panels, interiors, and structural parts, to reduce fuel consumption and improve overall efficiency.

These are just a few examples of the applications of high-performance hollow glass beads. The unique properties of HGBs make them versatile and valuable in various industries where lightweight, thermal insulation, sound absorption, and durability are important considerations.

1. This product has the characteristics of environmental protection, dust-free, non-toxic, and odorless, and meets the national environmental protection technical requirements.
2. Simplified the operation of adding powdered hollow glass microspheres during polyolefin injection molding to avoid dust generation during addition.
3. Solved the problems of difficult dispersion and easy layering of powdered hollow glass microspheres in polyolefins, as well as the fragmentation of hollow glass microspheres during twin-screw extrusion granulation.
4. The particles are uniform, easy to mix, and can be directly mixed with modified materials for injection molding and extrusion, which helps to improve production efficiency.
5. Enhance the hardness, rigidity, compression and wear resistance of the product, improve the dimensional stability of the product, and reduce the unit weight of the product.

Space sand made of glass beads，this is a dynamic sand that mimics the actual sand texture.

Glass beads can be used to create space sand because they are smooth and uniform in size, which allows them to flow and behave like sand when they are compressed or molded. Unlike actual sand, glass beads are not porous, so they won’t absorb moisture or bacteria, making them a safer option for children to play with.

However, it’s important to note that glass beads can be sharp and potentially dangerous if they break or shatter, so it’s essential to use high-quality, durable beads and supervise children during playtime.

Overall, space sand made of glass beads can be a fun and educational way to teach children about space and the properties of materials while providing a tactile and sensory experience.

Hollow glass beads are small, lightweight, and spherical particles made of glass. They are commonly used in various industrial applications such as coatings, plastics, and composites due to their unique properties such as low thermal conductivity, low density, and good insulation.

The production process of hollow glass beads typically involves the following steps:

1. Glass melting: Raw materials such as silica sand, soda ash, and limestone are melted in a furnace at high temperatures (around 1500°C) to form a glass melt.
2. Glass refining: The glass melt is refined to remove impurities and homogenize the composition.
3. Glass blowing: The glass melt is fed into a blowing machine that blows the molten glass into small hollow bubbles using compressed air. The size of the bubbles can be controlled by adjusting the air pressure.
4. Cooling and solidification: The hollow glass bubbles are then cooled and solidified in a cooling chamber. The cooling process is critical to ensure the beads have a uniform size and shape.
5. Separation and classification: The cooled glass beads are separated from the cooling medium and classified based on their size and density.
6. Surface treatment: The surface of the hollow glass beads can be treated with various coatings or surface modifiers to improve their properties such as adhesion, hydrophobicity, and compatibility with different matrices.
7. Packaging and shipping: The final product is packaged in bags, drums, or bulk containers and shipped to customers.

Overall, the production of hollow glass beads is a complex process that requires precise control of various parameters such as temperature, pressure, and cooling rate to ensure consistent quality and performance.

In recent years, the demand for sealant in the construction field has been increasing, among which the silicone sealant is widely used and has a large amount. The silicone sealant is prepared with polysiloxane as the main raw material, and its molecular chain is composed of siloxane chain, which is cross-linked to form a network of siloxane chain skeleton structure during the curing process. The bond energy of Si-0 (444 kJ/mol) is very high, which is not only much higher than the main chain bond energy of other ordinary polymers, but also higher than the UV light energy (399 kJ/mol). Therefore, Si-0 has excellent high and low temperature resistance, weather resistance and UV light aging resistance.

5235 special silicone modified polyester resin is a specially treated silicone modified polyester resin with excellent film-forming property, high gloss, high temperature resistance, high hardness baking resin, excellent physical compatibility and excellent storage stability. The hardness reaches 7H after complete curing on stainless steel plate.

1) High hardness and good toughness: the surface hardness of stainless steel substrate can reach 7H after curing and film forming;

2) Good adhesion: it can reach grade 0 on metal substrates such as stainless steel, and some substrates can reach grade 1; 3) High fullness, high gloss, leveling;

4) High transparency: the paint film is colorless and transparent, with light transmittance ≥ 92%; (Various colors can be modulated by yourself)

5) Good heat resistance: varnish resin can withstand 350 ℃ high temperature for a short time;

6) With excellent storage stability, it can grind various high-temperature resistant color pastes

7) Excellent compatibility with any other silicone polyester resin

8) It can be solidified to form film in the temperature range of 180-280 ℃

Application range of resin:

1. Used separately for high-temperature resistant coatings, such as hairpin coating, non-stick pot coating, high-temperature resistant industrial coating, etc

2 Grind various high-temperature resistant color pastes

3. Mix with other resins to improve heat resistance and luster

4. Replacement of general nano-silicone resin

In addition, silicone sealant is also a good adhesive material. Its adhesive performance to glass is very excellent, and it is often used for sealing and bonding of double-layer insulating glass. Reinforcing filler accounts for a relatively high proportion in the formula of silicone sealant, and the commonly used ones include Nanomaterial calcium carbonate, fumed silica, carbon ink, etc. When the nanomaterial calcium carbonate is used as reinforcing filler, the dosage can reach 60% of the total mass of the system. In addition, some silicone sealants will also add incremental fillers to reduce costs, adjust and improve thixotropy and fluidity. The commonly used incremental fillers are heavy calcium carbonate. The common feature of the above fillers is that the density is high, such as the density of Nanomaterial calcium carbonate is 2.7g/cm3, which also leads to the high density of the final product sealant, and the density of most silicone sealant is about 1.5g/cm3. Hollow glass microsphere, also known as hollow glass microsphere, is a lightweight inorganic powder material developed in recent years.

Hollow glass beads are borosilicate glass formed at high temperature (>1400 ℃) and have stable chemical properties. The hollow glass bead is a hollow, thin-walled closed spherical structure with thin gas inside. This special structure makes it have the characteristics of low density, low thermal conductivity and high compressive strength. The true density of hollow glass bead is 0.12-0.70g/cm3, and the thermal conductivity is 0.038-0.085 W/(m · K). It can be used as a semi-reinforcing filler in silicone sealant, effectively reducing the density and thermal conductivity of the sealant, and also improving the thermal deformation temperature of the sealant. In addition, hollow glass beads generally do not react with substrates or other substances, and are suitable for a variety of systems.

Reflective glass beads are widely used in reflective materials such as reflective cloth, reflective coating, reflective webbing, screen printing, reflective hot-melt film, reflective leather, reflective wire, reflective ink, reflective paint high-strength reflective film, etc.

Ingredients: silicon dioxide, barium carbonate, titanium dioxide, etc

Appearance: white, gray reflective sphere reflector

Refractive index: nd ≥ 1.97, nd ≥ 1.93, nd ≥ 2.2

Specification: 120 mesh, 200 mesh, 280 mesh, 325 mesh, 400 mesh, 500 mesh, 600 mesh

Transparency: ≥ 95%

Roundness: ≥ 95%

Features: good corrosion resistance, high temperature resistance, excellent reflective effect,

Density: 4.1g/cm3

Temperature resistance: ≥ 850 ℃

Oil absorption: 28 ± 2.5g/100g

PH value: 6-7

Adding proportion: oil blending 15-30%

Storage method: ventilated, dry and sealed

Colored glass beads have uniform particle size, round particles, rich colors and beautiful colors. Good compatibility with various resins, with good color fastness, acid resistance, chemical solvent resistance, heat resistance, low oil absorption and other characteristics. It is widely used in many kinds of products such as architectural decoration, sewing agents, children’s toys, handicrafts, lighting, etc.

How to Reduce Density of Rubber Vacuum Glass Bead Foaming Agent Special for Rubber Weight Reduction

Why rubber has high density;

The density of the rubber without filler is 0.9g/cm, but the rubber needs to add inorganic filler because of its strength, temperature resistance, shrinkage resistance, cost reduction and other characteristics. The filler density is generally 2.5-3.6, which will greatly increase the weight, leading to the rubber density exceeding the standard.

Inorganic filler powder

Methods for reducing the density of rubber;

The vacuum glass beads are added to the rubber. The density of the vacuum glass beads is 0.23-0.28g/cm, 3-5 times lighter than the rubber. The compressive strength is 35-42MPA. It has high strength and does not crush. It can be filled into rubber and other materials to effectively reduce the weight to meet the density standard.

Vacuum glass beads are often used to replace foaming agents in rubber soles. Because of their high strength, strong weather resistance, high hardness, and strong aging resistance, vacuum glass beads will not collapse for a long time after they are made into soles, delaying their service life.

Real shot of vacuum glass bead

Why vacuum glass beads can reduce weight;

Vacuum glass bead is a kind of bubble type ultra-fine inorganic powder. The microscopic view is closed spherical hollow particles. The glass bead is filled into the resin, plastic and rubber to achieve foaming effect and effectively reduce the product density.

Vacuum glass bead morphology;

Vacuum glass bead is a kind of low density inorganic white solid powder, which is made by chemical method. It presents spherical vacuum powder under a microscope. The density of conventional products is generally 0.15-0.8g/cm, and it is often used for thermal insulation coatings, plastic foaming, rubber weight reduction, etc.

Plastic anti warping glass beads;

The vacuum glass bead can prevent warping, reduce shrinkage, resist high temperature, fire and other characteristics after being added into the plastic. The recommended usage is 7-20%, which is adjusted according to the product characteristics.

Vacuum glass beads are widely used;

It can be used for reflective coatings, silica gel pads, silica gel products, resins, thermal insulation coatings, thermal insulation coatings, thermal insulation layers, thermal insulation paints, thermal insulation intermediate coatings, rubber soles, rubber pads, yoga mats, reflective coatings, thermal insulation coatings, printing coatings, plastic products, plastic plates, wood plastics, man-made boards and other products with wide applications and strong chemical stability.

FAQ;

Q: The role of plastic filled hollow glass beads;

Answer: Hollow glass beads have the effects of low density, insulation, light weight and heat insulation. Adding them to plastics can reduce the weight. Increase liquidity.

Q: The effect of insulating glass beads used in thermal insulation coatings;

Answer: After insulating glass beads are added to the thermal insulation coating, the thermal insulation effect of the coating can be greatly enhanced.

Q: What is added to rubber to reduce density;

Answer: The use of vacuum glass beads can effectively reduce the density, increase the volume and enhance the overall performance of rubber.

Q: What is the thermal conductivity of the vacuum glass bead;

Answer: The special thermal conductivity of nano water-based thermal insulation coating is 0.03, which effectively reduces the performance of 15-25 ℃.

Sinosteel Maanshan Mining Research Institute Co., Ltd. updated the review status of listing application on December 19, and the company’s IPO application has been accepted.

Tongbi Finance and Economics learned that the company’s predecessor, “Research Institute of Ferrous Metallurgical Mines of the Ministry of Metallurgical Industry”, was founded in 1963 and was a key scientific research institute directly under the former Ministry of Metallurgical Industry. The company has long been engaged in professional services for comprehensive utilization of mineral resources, providing customers with technical services and technical engineering services in mining, mineral processing, rock and soil, mine safety and environmental protection, etc; At the same time, the company pays attention to the technical research and development of new materials such as hollow glass beads, new mining curing materials, carbon aerogel, spherical weighting materials, and realizes the industrial mass production of hollow glass beads.

The State Council and various ministries and commissions have successively issued a series of policies, including the “cornerstone plan”, committed to ensuring the supply security of national strategic mineral resources. With the support of the above national strategies and industrial policies, the industry of comprehensive utilization of mineral resources has broad development space. With the progress of product technology and application technology, hollow glass beads are more widely used in more downstream industries, and the application field will be further expanded in the future. For example, in the field of new energy vehicles, hollow glass beads are used as filling materials to reduce the density and weight of adhesives and interior and exterior trims, achieve lightweight vehicles, improve the physical and chemical properties of adhesives and interior and exterior trims, and improve production efficiency. With the increasing demand of new energy vehicles for lightweight and improving production efficiency, hollow glass bead products are expected to be more widely used in the future. In addition, with the continuous emergence of emerging industries and the continuous development of traditional industries, hollow glass bead products will expand more application fields.

In recent years, the development and utilization intensity of China’s mineral resources has rapidly improved, mining and dressing technology and equipment have made continuous progress, and the comprehensive utilization level has greatly improved. In addition, at present, entrepreneurs all over the country are very optimistic about the development prospects of the sand and gravel industry and the business opportunities for the development and utilization of mineral resources, and have invested in the construction of large and medium-sized sand and gravel production bases. At the same time, major state-owned enterprises and domestic large cement enterprise groups have begun to set foot in and layout the sand and gravel aggregate industry according to the industry development trend. Their involvement has injected new development impetus into the development of the sand and gravel industry and become a new force to promote the high-quality and high-level development of the sand and gravel industry.