Phenol Fibre Enterprises Mumbai, Maharashtra

Through the years we has become a leader in advanced coupling technologies that compensate or minimize the effects of unavoidable misalignment and end movement of coupled shafts. Utilizing advanced testing, analysis and manufacturing processes. We provide highly-engineered coupling solutions to meet customer requirements. Our duly hardened and gowned gear teeth in contrast with ordinary gear tooth forms, represents the ultimate achievement in the art of gear tooth design

• MOQ 1 Piece
• Brand NameHy Tech Roll Mill
• MaterialStainless Seel
• FinishingPolished
• ConditionNew
• ApplicationMachinery, Industrial
• CertificationISO 9001:2008 Certified
• TypeRoller Guide Box
• Country of OriginIndia

"Hy-Tech Roll Mill Components CO." sister concern of Phenol Fibre Enterprises have continously been working with the design as well as the material in order to have the best tool for the guiding of long products. This has made our Roller Guide Box to be the BEST Our Roller Guides are trusted by major of steel producers for the following main reasons: 1. "Simple is better" it has been the key for success since the beginning of guides. 2. "Strong" Resistance to aggressive condition. 3. "Design" of roller holder allowing a spring action resulting in high stability of the roller guides. 4. "Adjustment" is easy access to all setting points. 5. "Material" used for our Rollers and other components are of Special Grades which have longer life. 6. "Custom" made guide arrangements to suit all typed of rolling. 7. "Spares" availability of complete guide system. 8. "Assistance" of qualified personal for guide setting and maintenance.

• SpecialitiesShear Strength, Precise Design, Fine Finish, Precisely Designed
• TypeFiber Bearings
• CertificationISO 9001:2008 Certified
• ConditionNew
• UsageIndustrial
• Chemical ResistantYes

"Phenol Fibre" moulded fabric bearings are made with cotton fabric impregnated with phenolic resins. This impregnated material is subjected to high pressure and temperature, in precisely designed tools to maintain the proper shape and size as per the customers requirement.

• TypeNylon Pad
• MaterialNylon
• ApplicationIndustrial Use
• Country of OriginIndia

Our in-depth knowledge and industrial experience allow us to manufacture and supply a distinguished grades of nylon for our clients. Under supervision of our skilled professionals, these products are manufactured using latest technology and the best quality. Grades: because of its successful performance in a variety of diverse engineering applications our nylon 6-pa, oilon, mos-2 and glass filled are the most widely used cast nylon grades in the industry. These cast nylon grades have replaced bronze, brass, steel, aluminium and other metals, as well as other plastics, wood & rubber. Nylon 6-pa provide extremely good wear resistance, coupled with high tensile strength and elasticity. Nylon 6-pa cast nylons function exceptionally well with lubrication, and without lubrication.

All of our shear blades are crafted from the highest-quality alloys using close tolerance quality control standards. Our shear blades provide optimum performance and extended blade life, meaning that you receive more tons per edge, while reducing downtime due to blade changes. Extended blade life combined with less downtime leads to a more productive and profitable production shearing operation. Our blades are available in single-edge, two-edge and four-edge configurations. Each of these configurations are available in different alloy grades to suit our clients individual needs. All of our shear blades are thru hardened to ensure consistent hardness.

• TypeCardan Shaft
• MaterialForged
• DiameterAd per Design
• LengthAs per requirement
• FeatureDurable,Hard Structure,High Efficiency,Low Maintenance
• Country of OriginIndia
•  FinishingCoated
• ColditionNew

"hy-tech" cardan shaft is a mechanical component for transmitting torque and rotation, usually used to connect other components of a drive train that cannot be connected directly because of distance or the need to allow for relative movement between them. Our drive shaftscarden shafts are subject to torsion and shear stress, equivalent to the difference between the input torque and the load, therefore our shafts are built strong enough to bear the stress, whilst avoiding too much additional weight as that would in turn increase their inertia. To allow for variations in the alignment and distance between the driving and driven components, our drive shafts frequently incorporate one or more universal joints.