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Synthetic Green Cord For Making Drive Belts, 1/8″ OD for 1″ (m”) Pulleys, 1 foot length Measure total distance over pulleys (at bottom of groove or V)Deduct 8 percent from the measured length and cut ends squarelySimultaneously heat belt ends to the melting point with a torch flameImmediately join ends using L shaped stock as a guide for correct alignment and press ends firmly together for about 1 minuteAfter 5 minutes cooling remove flash with knife or grinding wheel. The joint attains maximum strength after 30 minutes but may be used after 5 minutes if needed. Polycord is a green synthetic round belting of homogenous structure with high elasticity and flexibility. Endless belts can…. Click Here to Read More

Synthetic Green Cord For Making Drive Belts, 1/4″ OD for 2 1/4″ (m”) Pulleys, 10 foot length Measure total distance over pulleys (at bottom of groove or V)Deduct 8 percent from the measured length and cut ends squarelySimultaneously heat belt ends to the melting point with a torch flameImmediately join ends using L shaped stock as a guide for correct alignment and press ends firmly together for about 1 minuteAfter 5 minutes cooling remove flash with knife or grinding wheel. The joint attains maximum strength after 30 minutes but may be used after 5 minutes if needed. Polycord is a green synthetic round belting of homogenous structure with high elasticity and flexibility. Endless belts…. Click Here to Read More

Synthetic Green Cord For Making Drive Belts, 3/16″ OD for 1 3/4″ (m”) Pulleys, 10 foot length Measure total distance over pulleys (at bottom of groove or V)Deduct 8 percent from the measured length and cut ends squarelySimultaneously heat belt ends to the melting point with a torch flameImmediately join ends using L shaped stock as a guide for correct alignment and press ends firmly together for about 1 minuteAfter 5 minutes cooling remove flash with knife or grinding wheel. The joint attains maximum strength after 30 minutes but may be used after 5 minutes if needed. Polycord is a green synthetic round belting of homogenous structure with high elasticity and flexibility. Endless belts…. Click Here to Read More

Synthetic hydrogels improve testing of active substances in 3-D cell culture The life science company Cellendes in Germany has developed synthetic hydrogels that make it possible to culture cells in three-dimensional environments. Their invention has fundamental advantages over other hydrogels for three-dimensional cultivation, also on the market. Read more on…. Click Here to Read More

Product DescriptionThe subject of this book is synthetic polymeric membranes, the thin polymer films in either solid or liquid states which act as semipermeable barriers for gaseous, liquid, or solid permeants. In this edition, as in the first, the membranes themselves are emphasized rather than the processes and applications in which they are utilized. Synthetic Polymeric Membranes: A Structural…. Click Here to Read More

Synthetic Eye Prosthesis Donor corneas are a rarity: In Germany alone, each year roughly 7,000 patients wait for that miniscule piece of tissue. Read more on…. Click Here to Read More

Measure total distance over pulleys (at bottom of groove or V)Deduct 8 percent from the measured length and cut ends squarelySimultaneously heat belt ends to the melting point with a torch flameImmediately join ends using L shaped stock as a guide for correct alignment and press ends firmly together for about 1 minuteAfter 5 minutes cooling remove flash with knife or grinding wheel. The joint attains maximum strength after 30 minutes but may be used after 5 minutes if needed. Product DescriptionPolycord is a green synthetic round belting of homogenous structure with high elasticity and flexibility. Endless belts can easily and quickly be made without a noticeable joint, assuring quiet,…. Click Here to Read More

Product DescriptionThis volume discusses latices in surface coatings in regards to diverse applications. These water-based latices are playing a far greater role in many applications and match the growing concern over environmental safety. This book is available separately or as part of a 3-volume set and offers an insight into the advances and developments in this field. Covers the principles and practice of the use of latex-based systems in building and construction products, paper coating, textile treatment, polishes and many other specialised applications As a comprehensive account of the science of polymer latices, these volumes are an invaluable resource for research workers…. Click Here to Read More

Product DescriptionThis volume discusses latices in surface coatings in regards to emulsion paints. These water-based latices are playing a far greater role in many applications and match the growing concern over environmental safety. This book is available separately or as part of a 3-volume set and offers an insight into the advances and developments in this field. Describes the principles of the formulation, manufacture and application properties of water-based ‘emulsion’ paints and related surface coatings Includes inter alia gloss and anti-corrosion paints and electrocoating As a comprehensive account of the science of polymer latices, these volumes are an invaluable resource…. Click Here to Read More

Product DescriptionThis book covers the fundamental chemistry of latices and their applications in adhesives. These water-based latices are playing a far greater role in many applications and match the growing concern over environmental safety. This book is available separately or as part of a 3-volume set and offers an insight into the advances and developments in this field. Introduces the principles and practice of emulsion polymerisation and of the resulting latices and their properties Includes alkali-solubility, in relation to the requirements of specific applications, including pigmented systems and technical latices Contains a comprehensive account of the formulation of…. Click Here to Read More

Measure total distance over pulleys (at bottom of groove or V)Deduct 8 percent from the measured length and cut ends squarelySimultaneously heat belt ends to the melting point with a torch flameImmediately join ends using L shaped stock as a guide for correct alignment and press ends firmly together for about 1 minuteAfter 5 minutes cooling remove flash with knife or grinding wheel. The joint attains maximum strength after 30 minutes but may be used after 5 minutes if needed. Product DescriptionPolycord is a green synthetic round belting of homogenous structure with high elasticity and flexibility. Endless belts can easily and quickly be made without a noticeable joint, assuring quiet,…. Click Here to Read More

Measure total distance over pulleys (at bottom of groove or V)Deduct 8 percent from the measured length and cut ends squarelySimultaneously heat belt ends to the melting point with a torch flameImmediately join ends using L shaped stock as a guide for correct alignment and press ends firmly together for about 1 minuteAfter 5 minutes cooling remove flash with knife or grinding wheel. The joint attains maximum strength after 30 minutes but may be used after 5 minutes if needed. Product DescriptionPolycord is a green synthetic round belting of homogenous structure with high elasticity and flexibility. Endless belts can easily and quickly be made without a noticeable joint, assuring quiet,…. Click Here to Read More