| Product ID | Information |
| FR019 | FR019 is a gel used to fill or flood flame retardant cables. This product is loaded with a flame retardant additive that can be cold pumped to the point of application without any assistance from a heated platen or heated hose. The product stays where it is applied and used in fiber optic, energy, and hybrid cables |
| FR025 | FR025 is a flame retardant gel that has a slightly lower density. This allows a flame retardant solution, higher dielectric constant, and at the same time reduces the cost per kilometer of cable. This product is used in fiber optic, energy, and hybrid cables and can be cold pumped |
| FR027 | FR027 is a flame retardant gel for filling and/or flooding power, optical, and hybrid cables. This particular flame retardant product provides added benefit against migration or “leaching” into polyethylene jackets as it is produced with a synthetic base, lower viscosity, and can be cold pumped |
| Product ID | Information |
| LA3000 | LA3000 is a thixotropic high temperature gel suitable for filling and/or flooding the most common types of optical fiber and energy cables. It is compatible with tubes manufactured with steel and all polymers |
| LA4000 | LA4000 is a thixotropic high temperature gel suitable for filling and/or flooding of optical fiber and energy cables. This synthetic gel makes it compatible with all polymers |
| LA4000HX | LA4000HX is a high temperature gel that utilizes a hydrogen scavenging component within the LA4000 base gel. Hydrogen absorption can be managed for any degree of exposure to free hydrogen |
| LA6000 | LA6000 is a thixotropic high temperature gel suitable for filling and/or flooding of optical fiber and energy cables. This gel primarily used in metal tubes and tubes manufactured with polybutylene terephthalate (PBT) |
| Product ID | Information |
| K660HX | K660HX is the K660 product with a hydrogen scavenging component. This gel provides the ability to support larger tube diameters, both metal tubes and polymer tubes. This gel is primarily used in cable types such as submarine, downhole, and OPGW |
| LA1000HX | LA1000HX is the LA1000 base gel utilizing a hydrogen scavenger component. The manufacture of Fiber in Metal Tube (FIMT) can create hydrogen that can in turn permeate some fiber optics. The scavenger will absorb that hydrogen both during processing as well as hydrogen after deployment |
| LA4000HX | LA4000HX is a high temperature gel that utilizes a hydrogen scavenging component within the LA4000 base gel. Hydrogen absorption can be managed for any degree of exposure to free hydrogen |
| LA730HX | LA730HX is a thixotropic hydrogen scavenging compound derived from LA730. It can be developed to manage any level of free hydrogen that may be result from processing and/or deployment |
| LA731HX | LA731HX is a thixotropic hydrogen scavenging compound derived from LA731. It can be developed to manage any level of free hydrogen that may be result from processing and/or deployment |
| LAHX50 | LAHX50 is a thixotropic hydrogen scavenging compound suitable for filling and/or flooding optical fiber cables used in harsh environments, including OPGW, Submarine, and Downhole applications. Its cold temperature effectiveness has been qualified at -50°C |
| LAHX50HY | LAHX50HY is a derivation of LAHX50, but it has a much higher yield stress characteristic. This is sometimes needed for better drip performance in the less fiber dense metal tubes where more gel is present |
| LAHX60 | LAHX60 is a thixotropic hydrogen scavenging compound suitable for filling and/or flooding optical fiber cables used in harsh environments, including OPGW, Submarine, and Downhole applications. Its cold temperature effectiveness has been qualified at -60°C |
| LAHX60L | LAHX60L is a derivation of LAHX60, but with a lower capacity to assist in some special processing requirements. All attributes of the LAHX60 product continue to exist |
| Product ID | Information |
| LD335 | LD335 is a very low-density compound suitable for filling and/or flooding loose tube, communication, energy, and hybrid cables. This product has a very low density and very good migration results and resistance to “leaching” into polymers such as polyethylene (PE) used in jacketing of communication cables. Suitable for use in optical tubes utilizing polybutylene terephthalate (PBT) |
| LD345 | LD345 is a low-density compound suitable for filling and/or flooding loose tube, communication, energy, and hybrid cables. This product has very good migration results and resistance to “leaching” into polymers such as polyethylene (PE) used in jacketing of communication cables. Suitable for use in optical tubes utilizing polybutylene terephthalate (PBT) |
| LD435 | LD435 is a very low-density compound suitable for filling and/or flooding loose tube, communication, energy, and hybrid cables. This product has a very low density and very good migration results and resistance to “leaching” into all types of polymers used in tube manufacturing or jacketing |
| LD445 | LD445 is a low-density compound suitable for filling and/or flooding loose tube, communication, energy, and hybrid cables. This product has very good migration results and resistance to “leaching” into all types of polymers used in tube manufacturing or jacketing |
| Product ID | Information |
| FC28 | An ETPR-type thermoplastic rubber used in flooding application for copper and/or aluminum cables. |
| GR043 | GR043 is a PTI Certified grease based on high quality mineral oil, suitable for high temperature performance, excellent adhesion, water resistance, rust and corrosion protection. It has been tested and approved for post tensioning and overhead conductor applications |
| WL10000 | Wire Lubricant – Viscosity = 10,000 cSt @ 40°C |
| WL12000 | Wire Lubricant – Viscosity = 12,000 cSt @ 40°C |
| WL1500 | Wire Lubricant – Viscosity = 1,500 cSt @ 40°C |
| WL220 | Wire Lubricant – Viscosity = 220 cSt @ 40°C |
| WL2500 | Wire Lubricant – Viscosity = 2,500 cSt @ 40°C |
| WL460 | Wire Lubricant – Viscosity = 460 cSt @ 40°C |
| WL5000 | Wire Lubricant – Viscosity = 5,000 cSt @ 40°C |
| WL68 | Wire Lubricant – Viscosity = 68 cSt @ 40°C |
| WL680 | Wire Lubricant – Viscosity = 680 cSt @ 40°C |
| WL7500 | Wire Lubricant – Viscosity = 7,500 cSt @ 40°C |
