Diamond Series Product Catalog
104Pages

Diamond Series Product Catalog ASME/ANSI and ISO/British Standard Roller Chain From standard drive chains to specialty applications, ® nothing outlasts a Diamond .

Diamond Chain Diamond Difference Diamond Chain Company Selection Guide Dedicated To Producing The Worlds Best Roller Chain Since its founding in 1890, the Diamond Chain Company has been singularly focused on producing the best roller chain. It’s why the Wright Brothers chose Diamond Chain for their flying machine, why Henry Ford chose Diamond Chain for his automobile, and why thousands of companies choose Diamond Chain every day for their needs. Carbon Steel Diamond Chain Company offers two series of roller chains, Diamond Series and Sapphire Series. This catalog is focused on the Diamond...

Diamond Chain Diamond Difference Selection Guide Nothing Outlasts a Diamond® Longer lasting chain results in less downtime and better return on investment Corrosion & Moisture Resistant Carbon Steel It is evident that a Diamond Series roller chain is different the moment it is removed from the box. The uniquely beveled linkplates (ANSI sizes 60-160) and proprietary lubrication are easily identified, but the real value of these features - and all the features that comprise “The Diamond Difference” (see pg. 4-5) - are not just seen but experienced. Diamond Series chain has been verified to...

Diamond Chain Diamond Difference The Diamond Difference More than a Catchphrase – the Diamond Difference is our Commitment to Quality Selection Guide While a roller chain may initially appear to be a simple product, a ten foot section of ANSI #40 chain contains 1,200 parts – each one a potential point for failure. The Diamond Difference is our commitment to quality that ensures you only receive the highest quality chain for your application. Carbon Steel Materials Corrosion & Moisture Resistant The Diamond Difference begins with raw materials that meet exacting standards for metal grade,...

Diamond Chain Diamond Difference Selection Guide Carbon Steel Corrosion & Moisture Resistant ASME/ANSI #80 Carbon Steel Roller Chain Proprietary shot peening equipment was developed specifically to ensure consistent intensity and coverage of components. Shot peening adds a layer of compressive stress that helps components resist fatigue failure when exposed to repeated high loads. Following assembly, all chains are preloaded or (aka “prestressed”) to firmly seat the pins and bushings to reduce initial run-in and extend the wear life of the chain. Horsepower Tables Ordering Information...

Diamond Chain Chain Selection Guide Diamond Difference Multiple considerations must be made when selecting the right roller chain. Fortunately a Diamond Chain is available for most every application. General Applications Selection Guide General Applications Protection against humidity, water, salt water, caustic chemicals or acids Material Nomenclature Carbon Steel Carbon Steel Carbon Steel Stainless Steel Corrosion & Moisture Resistant Diamond Chain Nickel Plated Far exceeding industry ANSI requirements, Diamond Series chain offers superior wear and fatigue performance in industrial...

Diamond Chain Diamond Difference Application Specific ISO/British Standard Reduced maintenance chain where regular lubrication not practical Specialty chain for specific tasks European Standard Chain Carbon Steel Application/Chain Dependent Carbon or Stainless Steel For high-speed, high-temperature, and abrasive environments, EHT (Enhanced Hardening Treatment) pins maintain their hardness across a wide operating temperature range and thus provide an enhanced wear life. EHT pins are an option on most carbon steel chains. For moderate speed, moderate temperature, and clean environments,...

Diamond Chain Diamond Difference Carbon Steel Chain Selection Guide Carbon Steel Corrosion & Moisture Resistant Reduced Maintenance Standard Series Roller Chain Carbon steel is the default material for most roller chain industrial applications due to having the highest tensile and fatigue strength along with wear performance. See the “Corrosion and Moisture Resistant” section for details on plated carbon steel chain or stainless steel chain that is suitable for wash downs or exposure to chemicals or acids. This section will address the following carbon steel chain types, options and...

Diamond Chain ASME/ANSI Standard Series Chain Diamond Difference #25-50 Pitch: Single and Multiple Strand Diamond Standard Series chains are built to ASME/ANSI B29.1 standards. All standard series chain size 40 and above (except 41) meet API (American Petroleum Institute) requirements. Multiple Strand (-X suffix) CHAIN WIDTH, COTTERED (C) ROLLER DIAMETER Carbon Steel ROLLER LINK HEIGHT (H) ASME/ANSI Number CHAIN WIDTH, COTTERED (C) CENTER TO CENTER (K) CHAIN WIDTH, RIVETED (R) Roller Width Roller Diameter Linkplate Thickness Avg. Weight Avg. Tensile Horsepower Strength† Table Reduced...

Diamond Chain ASME/ANSI Standard Series Chain Diamond Difference #60-100 Pitch: Single and Multiple Strand Single Strand Multiple Strand (-X suffix) Selection Guide CHAIN WIDTH, ROLLER RIVETED (R) WIDTH CHAIN WIDTH, COTTERED (C) ROLLER DIAMETER CHAIN WIDTH, COTTERED (C) CENTER TO CENTER (K) CHAIN WIDTH, RIVETED (R) PITCH PIN LINK HEIGHT (E) ROLLER LINK HEIGHT (H) Carbon Steel ASME/ANSI Number Roller Width Roller Diameter Linkplate Thickness Avg. Weight Avg. Tensile Horsepower Strength† Table Application Specific Corrosion & Reduced Standard Moisture Resistant Series Maintenance Tools,...

Diamond Chain ASME/ANSI Standard Series Chain Multiple Strand (-X suffix) CHAIN WIDTH, ROLLER RIVETED (R) WIDTH CHAIN WIDTH, COTTERED (C) ROLLER DIAMETER CHAIN WIDTH, COTTERED (C) CENTER TO CENTER (K) CHAIN WIDTH, RIVETED (R) Selection Guide Single Strand Diamond Difference #120-180 Pitch: Single and Multiple Strand Carbon Steel ROLLER LINK HEIGHT (H) ASME/ANSI Number Roller Width Roller Diameter Linkplate Thickness Avg. Weight Avg. Tensile Horsepower Strength† Table * Maximum value listed. * † Diamond Chain Company uses average tensile strength as it is a more appropriate value for...