Micro-Lok® HP Ultra is a specialized, premium performance fiberglass pipe insulation. As part of the Micro-Lok® HP product line, Ultra has the most consistent fiberglass core available in the market. We have coupled this with a factory applied, polypropylene-coated, ASJ vapor-retarder jacket with 100 psi puncture-resistance. This design allows the product to be used in an environment of intermittent or temporary exposure to transient moisture or conditions that are similar to those in an open construction site. The SSL closure system has been designed to adhere securely to the polypropylene-coated jacket. It can be applied at ambient temperatures starting at 20 deg F and above and will remain intact even in high-temperatures and humidity. This assures the building owner, mechanical engineer and contractor that Micro-Lok® HP Ultra will deliver the performance you've come to expect from JM products throughout the life of the mechanical system.
JM Micro-Lok® HP Ultra High Performance Pipe Insulation, Inside Diameter: 5/8-in, Iron Pipe Size: 3/8-in, Copper Tubing Size: 5/8-in O.D., 2.83 in OD, 1 in Wall Thickness, Polypropylene-Coated ASJ with SSL Facing, 0.23 to 0.55 Btu-in/hr-sq-ft-deg F Thermal Conductivity, 0 to 850 deg F, Fiberglass, White, 3 ft Length, Domestic/Import: Domestic
Application | : | For installation over hot, cold, concealed and exposed piping systems with operating temperatures up to 850 deg F |
Burst Strength | : | 100 psi |
Color | : | White |
Copper Tubing Size | : | 5/8 in O.D. |
Density | : | 3.5 to 8.5 pcf |
Domestic/Import | : | Domestic |
Facing Type | : | Polypropylene-Coated ASJ with SSL |
Flame Spread Index | : | 25 |
For Pipe Size | : | "3/8" in IPS |
Inside Diameter | : | 5/8 in |
Iron Pipe Size | : | 3/8 in |
Length | : | 3 ft |
Material | : | Fiberglass |
Smoke Developed Index | : | 50 |
Sub Brand | : | Micro-Lok HP Ultra |
Temperature Rating | : | 0 to 850 deg F |
Tensile Strength | : | 75 lbs/in MD, 60 lbs/in CD |
Thermal Conductivity | : | 0.23 to 0.55 Btu-in/hr-sq-ft-deg F |
Water Absorption | : | Less than 5 % |
Water Vapor Permeability | : | 0.01 perm-in |