JV Fluoro Industries

           Chrome Steel Balls Description     
      Overview:      Chrome steel balls are       high-precision spherical components       manufactured from       AISI 52100 bearing steel      , known for their       exceptional hardness, strength, and wear resistance      . These balls are the       most widely used material in ball bearings       and are preferred in applications where       high load capacity and long service life       are required.
  
                Key Features & Properties     
          Material:       AISI 52100 / 100Cr6 (High Carbon Chrome Alloy Steel).          Hardness:       Up to       60–66 HRC       after heat treatment.          Strength:       Very high load-bearing capacity.          Wear Resistance:       Outstanding durability under high stress and repeated rolling contact.          Corrosion Resistance:       Limited; requires oil/grease lubrication or protective coating to avoid rusting.          Finish:       Mirror-polished for precision and reduced friction.          Magnetic:       Fully magnetic.
  
                Applications     
          Bearings:       Ball bearings, roller bearings, and automotive bearings.          Automotive Industry:       Steering systems, gearboxes, and transmission components.          Industrial Equipment:       Pumps, motors, and heavy-duty machinery.          Aerospace & Defense:       Precision instruments and load-bearing mechanisms.          Grinding Media:       In milling and powder processing.          General Engineering:       Valves, casters, locking systems, and mechanical assemblies.
  
                Sizes & Standards     
 Diameter Range: 0.5 mm to 200 mm. Grades: From G3 (ultra-precision)  to G500 (commercial use). Standards:  Manufactured to   AISI, ASTM, DIN, ISO  specifications. Surface Treatment: Can be supplied  oil-coated, chrome-plated, or passivated  for added protection.

   PTFE Coated High Carbon Steel Balls Description 
  Overview:  PTFE (Polytetrafluoroethylene) coated   high carbon steel balls   combine the   high hardness and strength of carbon steel   with the   low-friction, chemical resistance, and non-stick qualities of PTFE  . This unique combination makes them suitable for demanding applications where wear resistance and smooth operation are critical.
 
      Key Features & Properties 
    Core Material – High Carbon Steel: 
    Excellent hardness and strength.    Superior wear resistance compared to stainless steels.    Cost-effective and widely used in load-bearing applications.
    PTFE Coating: 
    Chemically inert, highly resistant to acids, alkalis, and solvents.    Extremely low coefficient of friction → self-lubricating.    Prevents corrosion and surface rusting of carbon steel core.    Operating temperature range:   –200°C to +260°C  .
    Combined Advantages: 
    Strength & load-bearing of high carbon steel.    Smooth, non-stick, and corrosion-protected surface from PTFE.    Reduced friction, noise, and vibration during operation.
 
      Applications 
  Bearings, bushings, and rolling mechanisms.  Valve balls in chemical and water treatment plants.  Food and pharmaceutical machinery (FDA-grade PTFE options).  Sliding components in automotive and aerospace industries.  Precision instruments requiring low-friction movement.
 
      Available Sizes & Grades 
    Diameter Range:   1 mm to 100 mm (custom sizes available).    Grades:   G10 to G500 (depending on precision/tolerance).    Finish:   Hardened steel core with uniform PTFE 

         Low Carbon Steel Balls Description   
    Overview:    Low carbon steel balls are     precision-engineered spherical components     made from     soft steel with low carbon content (typically <0.25%)    . They are economical, ductile, and easy to machine, making them suitable for     general-purpose applications     where     high hardness and extreme wear resistance are not required    .
 
           Key Features & Properties   
       Material:     Low Carbon Steel (AISI 1010 / 1015 / 1020 or equivalent).       Hardness:     Relatively soft compared to high-carbon or alloy steel balls (can be case-hardened if required).       Ductility:     Good machinability and formability.       Corrosion Resistance:     Poor without surface protection (can be zinc-plated, chrome-plated, or nickel-coated).       Magnetic:     Fully magnetic due to ferritic structure.       Finish:     Available in polished or unpolished condition.
 
           Applications   
       Bearings (low-load applications):     Rollers, conveyors, and furniture casters.       Automotive:     Steering columns, linkages, and control mechanisms.       Locks & Hardware:     Used in locking systems and latches.       Toys & Consumer Products:     Economical choice for low-stress uses.       Grinding & Mixing Media:     In some cases where cost-efficiency is a priority.       General Industry:     Prototypes, counterweights, and mechanical parts.
 
           Sizes & Standards   
       Diameter Range:     2 mm to 150 mm (custom sizes available).       Grades:     Typically G40 to G500 (lower precision than stainless or high-carbon steels).       Surface Treatments:     Can be supplied with protective coatings (zinc, nickel, chrome) to improve corrosion resistance.

      Mild Steel Balls Description 
  Overview:  Mild steel balls are   solid spherical components   made from   low-carbon mild steel (typically AISI 1010–1020)  . They are known for being   economical, ductile, and versatile  , making them suitable for a wide range of   general-purpose applications   where   extreme hardness, wear resistance, or high corrosion resistance is not required  .
 
      Key Features & Properties 
    Material:   Mild Steel (low carbon content, \~0.05%–0.25%).    Strength:   Good toughness and durability for low- to medium-load applications.    Hardness:   Relatively soft compared to high-carbon or alloy steels (can be case-hardened if needed).    Machinability:   Easy to machine, weld, and fabricate.    Corrosion Resistance:   Poor in untreated form (can be zinc-plated, chrome-plated, or nickel-coated for protection).    Magnetic:   Fully magnetic due to ferritic structure.    Finish:   Available in bright-polished or unpolished surface.
 
      Applications 
    Automotive & Machinery:   Linkages, steering systems, and low-stress moving parts.    Hardware & Locks:   Used in locking systems, handles, and mechanisms.    Furniture & Casters:   Wheels, rollers, and movement systems.    Consumer Products & Toys:   Economical option for non-critical uses.    Grinding & Mixing Media:   Cost-effective choice in some industrial processes.    General Engineering:   Counterweights, prototypes, and fittings.
 
      Sizes & Standards 
    Diameter Range:   2 mm to 150 mm (custom sizes available).    Grades:   Commercial precision levels (G40–G500).    Surface Treatment:   Can be supplied   plated (zinc, nickel, chrome)   or   oil-coated   for corrosion protection.