Ms: India Glass Beads Mumbai, Maharashtra

We are offering road marking glass beads.we are counted among the foremost suppliers of road marketing glass beads . The road marking glass beads offered by us are used for reflectarisation by two different methods, for roads and runway markings, beads are mixed with the paint and then applied; in other reflectorisation jobs beads are applied on wet paint or binder in such a manner that half are applied on wet paint or binder in such a manner that half the bead is immersed in the paint and the other half exposed. uses for the instantaneous reflection, the paint is applied on the road with an approximate thickness of 200 to 300 microns and on the wet paint beads having the diameter 400 to 200 microns diameter are sprinkled or sprayed about 1 kg. Of material will cover about 6 sq. Meter. combination of both the above methods is also being used. Beads can be applied to vertical surface with a pressure cup gun or with a garden type dusting gun. it helps to reduce accidents on roads, railways, sea and airfields. By using this, driver is alerted of the dangerous spot, curves and object much earlier and from a longer distance. he will have sufficient time to avoid an accident more so at night. That means better night visibility. user of glass beads increases the life of the paint and dries quickly. other industrial and scientific uses as a reinforcement filler for plastics and resins : beads are being used as reinforcement filler in the plastic industry. Size of the glass beads being used for this purpose is 800 microns are below. Depending upon the job, bigger size is also being used. For better bond between glass beads and plastics, beads are silicon coated. Spherical shape gives better stress patterns than the irregular shaped particle conventionally used. Beads are easily and uniformly dispersed throughout the plastic compound and produce smooth flowing compound which distributes itself evenly, so that all parts of any shaped moulding can be reinforced and the strong corners and edges. Reinforcement with glass beads will improve the tensile strength, reduce elongation, increase flexural modulus and in some plastic triple the compressive strength of the finished product. It can be used to reinforce thermosetting resigns, such as polyester, epoxy and phenolic. They are also used to reinforce abs, vinyl and nylon. given below are the few examples: in adhesives to increase the bound strength. in epoxy plotting compounds for electronic devices in dental fillings and appliances for good compressive strength. in fiberglass-epoxy laminates for improved flexural strength. in molded phenol motor housing for good insulation. in polyesters using silver coated beads for molding electrical conductors. as a coolant for transformer oil beads can be used to lower the oil temperature used in high frequency transformers. as an even distributor of temperature in fluidised beds used to maintain the uniformity of temperature in chambers used for curing tyres and other rubber goods. d. as a filtering medium: being used as filtering of water and other liquids except hydrofluoric acids. as a tool in research beads are being used in many research laboratories for various types of research work such as distillation, soil studies etc.

We are counted among the most trusted Suppliers of Grinding Glass Beads which have replaced the wet conventional grinding media to Ottawa Sand, Ceramic Balls, and Pebbles. The Grinding Glass Beads offered by us acts as a Grinding and Dispensing medium in Sand Mills, Ball Mills, Pot Mills and Attrition Mills. Used In Sand Mills Ball Mills Pot Mills Attrition Mills

We are the known provider of excellent quality Shot Peening Glass Beads . Shot peening is a kind of cold working process in which the surface of a part is bombarded with a small spherical media called shot. Each piece of shot striking the metal acts as a tiny peening hammer imparting a small indentation or dimple on the surface. In order for the dimple to be created, the surface layer of the metal must yield in tension. Below the surface, the compressed grains try to restore the surface to its original shape producing a hemisphere of cold-worked metal highly stressed in compression. Overlapping dimples develop a uniform layer of residual compressive stress. It is well known that cracks will not initiate nor propagate in a compressively stressed zone. Since nearly all fatigue and stress corrosion failures originate at or near the surface of a part, compressive stresses induced by shot peening provide significant increases in part life. The magnitude of residual compressive stress produced by shot peening is at least as great as half the tensile strength of the material being peened. In most modes of long term failure the common denominator is tensile stress. These stresses can result from externally applied loads or be residual stresses from manufacturing processes such as welding, grinding or machining. Tensile stresses attempt to stretch or pull the surface apart and may eventually lead to crack initiation. Compressive stress squeezes the surface grain boundaries together and will significantly delay the initiation of fatigue cracking. Since crack growth is slowed significantly in a compressive layer, increasing the depth of this layer increases crack resistance. Shot peening is the most economical and practical method of ensuring surface residual compressive stresses.

We are counted among the most trusted suppliers of grinding glass beads which have replaced the wet conventional grinding media to ottawa sand, ceramic balls, and pebbles. The grinding glass beads offered by us acts as a grinding and dispensing medium in sand mills, ball mills, pot mills and attrition mills. used in sand mills ball mills pot mills attrition mills

Shot peening is a cold working process in which the surface of a part is bombarded with small spherical media called shot. Each piece of shot striking the metal acts as a tiny peening hammer imparting a small indentation or dimple on the surface. In order for the dimple to be created, the surface layer of the metal must yield in tension . Below the surface, the compressed grains try to restore the surface to its original shape producing a hemisphere of cold-worked metal highly stressed in compression. Overlapping dimples develop a uniform layer of residual compressive stress. It is well known that cracks will not initiate nor propagate in a compressively stressed zone. Since nearly all fatigue and stress corrosion failures originate at or near the surface of a part, compressive stresses induced by shot peening provide significant increases in part life. The magnitude of residual compressive stress produced by shot peening is at least as great as half the tensile strength of the material being peened. In most modes of long term failure the common denominator is tensile stress. These stresses can result from externally applied loads or be residual stresses from manufacturing processes such as welding, grinding or machining. Tensile stresses attempt to stretch or pull the surface apart and may eventually lead to crack initiation . Compressive stress squeezes the surface grain boundaries together and will significantly delay the initiation of fatigue cracking. Since crack growth is slowed significantly in a compressive layer, increasing the depth of this layer increases crack resistance. Shot peening is the most economical and practical method of ensuring surface residual compressive stresses.

We are counted among the foremost suppliers of road marketing glass beads . The road marking glass beads offered by us are used for reflectarisation by two different methods, for roads and runway markings, beads are mixed with the paint and then applied; in other reflectorisation jobs beads are applied on wet paint or binder in such a manner that half are applied on wet paint or binder in such a manner that half the bead is immersed in the paint and the other half exposed. uses for the instantaneous reflection, the paint is applied on the road with an approximate thickness of 200 to 300 microns and on the wet paint beads having the diameter 400 to 200 microns diameter are sprinkled or sprayed about 1 kg. Of material will cover about 6 sq. Meter. combination of both the above methods is also being used. Beads can be applied to vertical surface with a pressure cup gun or with a garden type dusting gun. it helps to reduce accidents on roads, railways, sea and airfields. By using this, driver is alerted of the dangerous spot, curves and object much earlier and from a longer distance. he will have sufficient time to avoid an accident more so at night. That means better night visibility. user of glass beads increases the life of the paint and dries quickly. other industrial and scientific uses as a reinforcement filler for plastics and resins : beads are being used as reinforcement filler in the plastic industry. Size of the glass beads being used for this purpose is 800 microns are below. Depending upon the job, bigger size is also being used. For better bond between glass beads and plastics, beads are silicon coated. Spherical shape gives better stress patterns than the irregular shaped particle conventionally used. Beads are easily and uniformly dispersed throughout the plastic compound and produce smooth flowing compound which distributes itself evenly, so that all parts of any shaped moulding can be reinforced and the strong corners and edges. Reinforcement with glass beads will improve the tensile strength, reduce elongation, increase flexural modulus and in some plastic triple the compressive strength of the finished product. It can be used to reinforce thermosetting resigns, such as polyester, epoxy and phenolic. They are also used to reinforce abs, vinyl and nylon. given below are the few examples: in adhesives to increase the bound strength. in epoxy plotting compounds for electronic devices in dental fillings and appliances for good compressive strength. in fiberglass-epoxy laminates for improved flexural strength. in molded phenol motor housing for good insulation. in polyesters using silver coated beads for molding electrical conductors. as a coolant for transformer oil beads can be used to lower the oil temperature used in high frequency transformers. as an even distributor of temperature in fluidised beds used to maintain the uniformity of temperature in chambers used for curing tyres and other rubber goods. d. as a filtering medium: being used as filtering of water and other liquids except hydrofluoric acids. as a tool in research beads are being used in many research laboratories for various types of research work such as distillation, soil studies etc.