Posts tagged ‘hollow glass microsphere’

Mar 19, 2020 (The Expresswire) — Global “Hollow Glass Microsphere Market” forecast report provides an in-depth analysis of all market dynamics including drivers and restraints, and trends and opportunities. The report covers the competitive scenario of the major market players here which specifies their sales revenue, customer demands, company profile, import/export scenario, business strategies that will help the developing market segments in creating major business conclusions. The report further highlights the primary challenges and latest growth approaches contained by key players that establish the dynamic competitive spectrum of this business domain.

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Impact of The Hollow Glass Microsphere Market Report:

A comprehensive evaluation of all opportunities and risks in the market.
Hollow Glass Microsphere market ongoing developments and significant occasions.
The detailed study of business techniques for the development of the market-driving players.
Conclusive study about the improvement plan of the market for approaching years.
Top to a bottom appreciation of market-express drivers, targets and major littler scale markets.
Favorable impressions inside imperative mechanical and publicize the latest examples prominent the market.
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The report also focuses on global major leading industry players of the Global Hollow Glass Microsphere market providing information such as company profiles, product picture and specification, capacity, production, price, cost, revenue and contact information. Upstream raw materials and equipment and downstream demand analysis is also carried out.

On the basis on the end users/applications, this report focuses on the status and outlook for major applications/end users, sales volume, market share and growth rate of Hollow Glass Microsphere Market applications includes:

 

Aerospace
Automobile
Medical Care

Hollow Glass Microsphere Market Production by Regions:

United States
Europe
China
Japan
South Korea
Hollow Glass Microsphere Market report consumption with respect to other regions like Canada, Mexico, Asia-Pacific, China, India, Japan, South Korea, Australia, Indonesia, Malaysia, Philippines, Thailand, Vietnam, Europe, Germany, France, UK, Italy, Russia.

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The research provides answers to the following key questions:

What is the global (North America, South America, Europe, Africa, Middle East, Asia, China, Japan) production, production value, consumption, consumption value, import and export of Hollow Glass Microsphere?
Who are the global key manufacturers of Hollow Glass Microsphere industry? How is their operating situation (capacity, production, price, cost, gross and revenue)?
What are the types and applications of Hollow Glass Microsphere? What is the Hollow Glass Microsphere market share of each type and application?
What are the upstream raw materials and manufacturing equipment of Hollow Glass Microsphere? What is the manufacturing process of Hollow Glass Microsphere?
Economic impact on Hollow Glass Microsphere industry and development trend of Hollow Glass Microsphere industry.
What will the Hollow Glass Microsphere Market growth rate and size be in 2026?
What are the key factors driving the global Hollow Glass Microsphere industry?
What are the Hollow Glass Microsphere market trends impacting the growth of the Hollow Glass Microsphere Market?
What is the Hollow Glass Microsphere Market challenges to market growth?
What are the Hollow Glass Microsphere Market opportunities and threats faced by the vendors in the global Hollow Glass Microsphere Market?

from:marketwatch

Sinosteel Maanshan New Material Technology Co., Ltd is a comprehensive high-tech enterprise, which specialized in research、development、production and sales of High-performance Hollow Glass Microspheres, and it belongs to Sinosteel Maanshan Institute of Mining Research Co.,Ltd.

Introduction

White Ceramic glass  Microspheres are to produce semi-transparent,white-colored  ine particle circumference and length high-strength microspheres. These if you care are typically which can be used for additional details on eliminating the VOC levels;

increaseiller loadings; increase hardness; and add burnish, scrub and abrasion resistance for more information about a number of coating formulations. Due for more information on going to be the ceramic in your body regarding most of these if you would like,

they are also UV transparent to the ground to learn more about 250 nm and have utility whilst in the radiation-curable and thin-ilm powdered coatings.

Ceramic Microspheres White Grades Formulating Information

White Ceramic Microspheres are the best dispersed on the basis of using sand, ball and top down mills. For optimal dispersion, microspheres should be added to explore going to be the grind stage along with

pigments and all the other iller materials. Use to do with a multi functional dispersant can aid as part of your wet-out and dispersion regarding most of these totally free.

Product Safety and Handling

Please read and adjust to the precautions and directions too keep using as part of your services or products label and Material Safety Data Sheet before using all this product or service Material Safety Data Sheets and for this

product are available back and forth from Customer Service at 800-367-8905 or from and unfortunately your local sales representative.

Additional Information

ceramic microspheres are supported judging by global sales, technical and customer products sources of information,with fully-staffed technical product laboratories in the U.S., Europe, Japan,

Latin America and Southeast Asia. Users beneit back and forth from passwords broad the latest and greatest base and in its early stages attention to learn more about product or service efficiency performance, safety and environmental the problem with batteries.

Summary of Process
Feed material may be glass frit, other dry particles or solutions containing the forming components
Compositions are typically soda lime silicates, sodium borosilicates, etc.
Feed must contain a blowing agent
A blowing agent is a material that decomposes and releases gas at elevated temperature
Commonly sulfur-containing compounds
Feed material is introduced into a flame at elevated temperatures (~1100-1400°C)
Gas released by the decomposition of the blowing agent causes particles or droplets to expand to hollow glass microsphere.

SRNL has developed an experimental apparatus for forming HGMs based on this technique.

glass bubble

Particles may enter the flame by:
Falling downward due to the force of gravity
An updraft may be used to control the residence time in the flame
Particles have a short residence time in the heated zone
Conducive to HGMs with smaller diameters
Ascending upward by a gaseous stream
Residence time in heated zone is longer
HGMs with larger diameters are produced
For More Information:

Up Flow
Sodium Silicate Particles
US Pat. 2,978,339 F. Veatch Emerson & Cuming
Spray Drying Sodium Silicate Solutions
US Pat. 3,669,050 C. Henderson Emerson & Cuming
Glass Particles
US Pat. 4,661,137 P. Garnier Saint Gobain
US Pat. 5,256,180 P. Garnier Saint Gobain

Down Flow
Clay Particles
US Pat. 2,676,892 J.D. McLaughlin Ferro Corp
Glass Particles
US Pat. 3,365,315 W.R. Beck 3M Co.
US Pat. 4,391,646 P.A. Howell 3M Co.
US Pat. 4,767,726 H.J. Marshall 3M Co.
US Pat. 6,254,981 R.B. Castle 3M Co

 

china glass bubbleFeed is introduced at the bottom of the furnace
A hot, gaseous stream carries the feed upward
Residence time within the hot zone of the furnace is a function of:
Particle mass
Upward velocity of the gas stream
Residence time is critical – just enough time to form a “tough outer skin”
Hollow sphere must then be removed at the point of maximum expansion and moved through regions of progressively diminishing temperatures
“Outer skin” cools and solidifies providing mechanical strength
The cyclone separates the HGMs from the gases
HGMs are produced with diameters of ~10 – 350 μm

 

 

 

hollow glass bubble

Feed is introduced at the top of the heating chamber by a vibratory funnel
A “fluidizing agent” may be added to the particles to improve dispersion
The particles are transported to the flame by a carrier gas
Carrier gas further disperses particles
Particles fall though the flame front where fusion occurs
HGMs are cooled and separated from the gas mixture by a cyclone
HGMs are produced with diameters less than 125 μm

Appearance:      White fine powde
Particle shape:  Hollow spheres
Composition:     Soda lime borosilicate quality
True density:    0.20-0.60g/cc
Average particle size: about 2-120μm
Compressive strength:  about 4-69MPa
Thermal conductivity:  0.03-0.06w/m.k

1.Hollow glass microsphere itself is inert without pollution. As a continuous medium, low density drilling fluid with addition of hollow glass microspheres was incompressible, and all wells are uniform in density. Sludge cakes formed have good lubrication, reducing the risk of sticking. It is technically infeasible for drilling large deviated wells and horizontal wells since the recycled micro-foam and air drilling technology can not deliver MWD signal. However, hollow glass microspheres have an irreplaceable advantage for it can not affect the system signal.

2.Hollow glass microspheres has a good rolling performance, and it can increase the drilling rate, and significantly improve the drilling efficiency.

3.Drilling fluid with hollow glass microspheres has feature of high temperature resistance, high pressure resistance, stability, durability, and can be recycled.

4.With the increase of low middle pressure layer, low-density slurry cementing with hollow glass microspheres were adopted to consolidate the wells to prevent or reduce leakage, increase the cement top. It plays a significant role in increasing the exploration reserves, improving single well production, and effectively developing underground oil and gas resources so as to solve complex problems.

hollow glass microspheres

glass microspheres in chinaHigh-performance hollow glass bead is a kind of ultra-lightweight inorganic non-

metallic powder with hollow glass microsphere, and it is a versatile and high-

performance new lightweight material developed in recent years.

It will be the new composite mainstream materials at twenty-first century. Its true

density is 0.20-0.60g/cm3 with 2-120μm in diameter.

It owns features with light weight, large bulky, low thermal conductivity, high compressive strength, smoothly mobility.

It can be used in cementing slurry, paint and coatings, rubber, plastics, glass, steel, artificial stone, putty and other

products as filler and weight-reducing agent. It can also be the excellent sensitizer for emulsion explosives;

Because of its high compressive properties, it can be used to produce high-strength low-density cement slurry and low-

density drilling fluid in oil and gas extraction industry.

Storage and Handling
To help ensure ease of storage and handling while maintaining free flowing properties, Hollow glass microspheres have been made from
a chemically stable glass and are packaged in a heavy-duty polyethylene bag within a cardboard container.
Minimum storage conditions should be unopened cartons in an unheated warehouse.
Under high humidity conditions with an ambient temperature cycling over a wide range, moisture can be drawn into the bag as the tem-
perature drops and the air contracts. The result may be moisture condensation within the bag. Extended exposure to these conditions
may result in “caking” of the hollow glass microspheres to various degrees. To minimize the potential for “caking” and prolong
the storage life, the following suggestions are made:
1.Carefully re-tie open bags after use.
2.If the polyethylene bag is punctured during shipping or handling, use this bag as soon as possible, patch the hole, or insert the
contents into an undamaged bag.
3.During humid summer months, store in the driest, coolest space available.
4.If good storage conditions are unavailable, carry a minimum inventory, and process on a first in/first out basis.
Dusting problems that may occur while handling and processing can be minimized by the following procedures:
1.For eye protection wear chemical safety goggles. For respiratory system protection wear an appropriate NIOSH/ MSHA approved resp-
irator. (For additional information about personal protective equipment, refer to Material Safety Data Sheet.)
2.Use appropriate ventilation in the work area.
3.Pneumatic conveyor systems have been used successfully to transport hollow glass microspheres without dusting from shipping cont-
ainers to batch mixing equipment. Static eliminators should be used to help prevent static charges.
Diaphragm pumps have been used to successfully convey hollow glass microspheres. Vendors should be consulted for specific recommendat-
ions.
The high-performance hollow glass microspheres breakage may occur if the product is improperly processed. To minimize breakage, avoid
high shear processes such as high speed Cowles Dissolvers, point contact shear such as gear pumps or 3-roll mills, and processing pre-
ssures above the strength test pressure for each product.
Health and Safety Information
For product Health and Safety Information, refer to product label and Material Safety Data Sheet (MSDS) before using product.
hollow glass microspheres

The high-performance hollow glass microspheres, a kind of ultra-light inorganic non-metallic powder with hollow “ball-bearing” shapes, have been developed into a new type of high performance lightweight material and have been widely applied in recent years. It will be the main direction for new-type compound materials in the 21st century. Its true density is 0.15-0.60 g/cm3; particle size is 5-180μm,and the crush resistance is beyond 60Mpa; Due to its excellent advantages of light weight, bulk density, lower thermal conductivity, higher compressive strength, improved dispersion and liquidity, and excellent chemical stability, it can be used as filler in painting, rubber, plastics, FRP, artificial stone, putty, exploitation of oil and gas and other materials.

The high-performance hollow glass microspheres are alternatives to conventional fillers and additives, such as silica, calcium carbonate, talc, clay, etc., for many demanding applications. These low-density particles are used in a wide range of industries to reduce part weight, lower costs and enhance product properties.

The unique spherical shape of hollow glass microspheres offers a number of important benefits, including: higher filler loading, lower viscosity/improved flow and reduced shrinkage and warpage. It also helps the hollow glass microspheres blend readily into compounds and makes them adaptable to a variety of production processes including spraying, casting and molding.

The chemically stable soda-lime-borosilicate glass composition of hollow glass microspheres provides excellent water resistance to create more stable emulsions. They are also non-combustible and nonporous, so they do not absorb resin. And, their low alkalinity gives hollow glass microspheres compatibility with most resins, stable viscosity and long shelf life.

Detailed Product Description

Adjust density; weight- reduction; lower cost

Improve the flow properties

More substitute ability for resin

Low shrinkag

 

High-performance hollow glass bead is a kind of ultralightweight inorganic nonmetallic powder with hollow microsphere, and it is a versatile

and high-performance new lightweight material developed in recent years. It will be the new composite mainstream materials at twenty-first century. Its true density is 0.20-0.60g/cm3 with 2-120μm in diameter. It owns features with light weight, large bulky,

low thermal conductivity, high compressive strength, smoothly mobility. It can be used in cementing slurry, paint and coatings, rubber,

plastics, glass, steel, artificial stone, putty and other products as filler and weightreducing agent. It can also be the excellent sensitizer

for emulsion explosives; Because of its high compressive properties, it can be used to produce high-strength low-density cement slurry

and low-density drilling fluid in oil and gas extr-action industry.

hollow microsphere

 

Product informations:
CAS No.: 65997-17-3  
Other Names: glass bubbles  
Place of Origin: Anhui, China (Mainland)  
Grade Standard: Industrial Grade  
Purity: pure white  
Appearance: white  
Application: filler  
Brand Name: SINOSTEEL  
Model Number: T20 - T60  
Color: White
Detailed Product Description

1.Improve flow properties 
2.A superior substitute of resin 
3.Low shrinkage and warpage 
4.More economical 
5.Adjusting density 

Application of hollow glass microspheres in the synthetic foam.

Appearance:     White fine powder

Particle shape:  Hollow sphere

Composition:     Soda lime borosilicate quality

True density:    0.15-0.60g/cc

Average particle size: about 30-60μ

Compressive strength:  about 3-60MPa

Thermal conductivity:  0.03-0.06w/m.k


The composite material of hollow glass microspheres and resin is commonly referred as synthetic foam with its main characteristics of low density.
With high mechanical properties, it is a wide set of multifunctional composite materials for vibration damping, insulation, fire prevention. Now
it is mainly used in manufacturing of aircraft, spacecraft, and ship. The synthetic foam with addition of hollow glass microspheres has not only
the porous structure, but also makes core materials own low moisture absorption and high compressive strength due to the closed cell structure.
Product Details:
CAS No.: 65997-17-3  
Other Names: glass bubbles  
MF: Soda Lime Borosilicate  
Place of Origin: Anhui, China (Mainland)  
Grade Standard: Industrial Grade  
Purity: 100%  
Appearance: pure white  
Application Industrial: Chemicals Additives  
Brand Name: SINOSTEEL  
Model Number: T32, T40,T46, T60  
True density: 0.15-0.60g/cc  
Average particle size: about 30-60μm  
Compressive strength: about 1.5-60MPa  
Thermal conductivity: 0.03-0.06w/m.k
Detailed Product Description

1.Improve flow properties 
2.A superior substitute of resin 
3.Low shrinkage and warpage 
4.More economical 
5.Adjusting density 

Application of Glass microspheres in plastic, rubber etc.

Appearance: White fine powder
Particle shape: Hollow sphere
Composition: Soda lime borosilicate quality
True density: 0.32-0.60g/cc
Average particle size:about 30-50μ
Compressive strength: about 12-60MPa
Thermal conductivity: 0.03-0.06w/m.k 
 
1.Hollow glass microspheres are used as filler of ultra-high molecular polyethylene. It is not only used as solid lubricant in process, but can
modify the comprehensive mechanical properties of the ultra-high molecular polyethylene to improve its strength and abrasion resistance.

2.Nylon 6 with the addition of hollow glass microspheres has a higher tensile strength, impact strength, hardness and other improved mechanical
properties and can prevent the material aging caused by the light and heat. With the increase of glass microspheres content, the Martin heat-
resistant temperature of materials rises. It can used in the production of bearings, cameras,furniture and its accessories.

3.Hollow glass microspheres are added into rigid PVC to manufacture profiled materials, pipes and plates. These materials have good stability in
dimension, then their the rigidity, heat resistance, productivity will be improved.

4.Filled into ABS,this can improve the size stability of material, reduce shrinkage, improve the compressive strength and flexural modulus, and
improve the performance of the surface paint.So it can be widely used in production of TV cabinet, automotive plastic parts, audio equipments,
household appliances;
5.Filled into epoxy resin,it can reduce the material’s viscosity and improve the mechanical properties. So it can be used in production of comp-
osite foam plastic, deep-sea submarine,lifeboat, etc..

6.Filled into unsaturated polyester. It decreases the shrinkage and water absorption of materials, increase its wear resistance. Meanwhile, less
space is produced when laminated and coated. So it can be applied in production of glass-steel products, polishing wheels, tools, etc.
7.Rubber with hollow glass microsphere is a kind of good high-pressure, wide-band and sound-absorbed material. The target body made of the rubber, has
many practical advantages, such as easily producing the zero buoyancy of the target body, and thus  it is suitable for making drag target; Its
good flexibility can make target body easy folding and deploying.
hollow glass microsphere