Thermal Sleeves

Heat Shroud(TM) solves the problem of heat and abrasions causing failure of lines, hoses and wires without the need to disconnect them. Heat Shroud is made from a high temperature rated glass fiber fabric with an aluminized outer facing. Same as Heat Sheath but with the added convenience of hook & loop closure design along the open edges. Without the need of removing one end of connected wires, cables and hoses, simply wrap Heat Shroud around whatever needs protection and close edges. Heat Shroud protects against oil, dirt, road grime and is fireproof, can be shaped to fit the tightest bends and is available in multiple sizes to offer the versatility of fitting diameters from 0.5 – 2.5 inches. No need to remove wires and hoses Convenient hook & loop closure design Available is sizes ranging 0.5 – 2.5 inches in diameter Reflects 90% of radiant heat Easily trim to length *DO NOT apply directly to exhaust components.
Heat Shrouda*?; 1 in. x 36 in.; Aluminized Sleeving; Velcro;
Heat Shroud(TM) solves the problem of heat and abrasions causing failure of lines, hoses and wires without the need to disconnect them. Heat Shroud is made from a high temperature rated glass fiber fabric with an aluminized outer facing. Same as Heat Sheath but with the added convenience of hook & loop closure design along the open edges. Without the need of removing one end of connected wires, cables and hoses, simply wrap Heat Shroud around whatever needs protection and close edges. Heat Shroud protects against oil, dirt, road grime and is fireproof, can be shaped to fit the tightest bends and is available in multiple sizes to offer the versatility of fitting diameters from 0.5 – 2.5 inches. No need to remove wires and hoses Convenient hook & loop closure design Available is sizes ranging 0.5 – 2.5 inches in diameter Reflects 90% of radiant heat Easily trim to length DO NOT apply directly to exhaust components.
Universal

Pipe Shields solve the problem of needing spot heat protection for exhaust pipes and components. DEI now offers a better form of protection from searing exhaust heat. Thinking beyond the traditional stainless steel or carbon fiber heat shields, DEI developed a flexible heat shield solution that outperforms other shields available today. This enhanced performance starts by joining two durable materials together forming a dual-layer design. The outer layer is made from heat- treated glass fiber that is bonded with molten aluminum made into a tight weave for durability and strength. The inside material is made of a special high temperature resistant fabric (89% silica) designed to withstand some serious exhaust heat. The outer edge is finished off with a surge stitch for durability. It’s mounted with stainless steel hardware. The result is a product with unmatched thermal performance and good up to 1350A?F, finished off with a pleasing rich black finish. This proprietary textile technology combined with DEI’s unique shield standoff bracket design provides an air gap between the shield and pipe that together provides the maximum potential for cooling and heat dissipation. In addition to external applications protecting legs and boots, Flexible Pipe Shields can also be used as a barrier between the exhaust and plastic bodywork, suspension components, or electrical harnesses. They will fit many applications and because the shield remains flexible, it can be installed onto just about any pipe shape. More effective than traditional metal heat shields Enhanced protection for legs and boots Great custom look Stainless steel hardware Standoffs create air gap for maximum heat dissipation 4 in. x 8 in. Length
Pipe Shield; 4 in. x 8 in.; Onyx;
Pipe Shields solve the problem of needing spot heat protection for exhaust pipes and components. DEI now offers a better form of protection from searing exhaust heat. Thinking beyond the traditional stainless steel or carbon fiber heat shields, DEI developed a flexible heat shield solution that outperforms other shields available today. This enhanced performance starts by joining two durable materials together forming a dual-layer design. The outer layer is made from heat- treated glass fiber that is bonded with molten aluminum made into a tight weave for durability and strength. The inside material is made of a special high temperature resistant fabric (89% silica) designed to withstand some serious exhaust heat. The outer edge is finished off with a surge stitch for durability. It’s mounted with stainless steel hardware. The result is a product with unmatched thermal performance and good up to 1350F, finished off with a pleasing rich black finish. This proprietary textile technology combined with DEI’s unique shield standoff bracket design provides an air gap between the shield and pipe that together provides the maximum potential for cooling and heat dissipation. In addition to external applications protecting legs and boots, Flexible Pipe Shields can also be used as a barrier between the exhaust and plastic bodywork, suspension components, or electrical harnesses. They will fit many applications and because the shield remains flexible, it can be installed onto just about any pipe shape. More effective than traditional metal heat shields Enhanced protection for legs and boots Great custom look Stainless steel hardware Standoffs create air gap for maximum heat dissipation 4 in. x 8 in. Length
Flexible design fits most applications

Pipe Shields solve the problem of needing spot heat protection for exhaust pipes and components. Extreme heat can rob power and potentially damage engines, transmissions, hoses, and sensitive electrical components. DEI, a market leader in thermal protection, has introduced a revolutionary advancement in pipe shield technology that greatly outperforms Mylar-backed glass fiber shields. DEI’s Titanium Pipe Shield combines the high heat tolerance of DEIA*’s proprietary LR fiber technology with a unique rivet-based clamp shield design to improve heat dissipation and cooling. Glass fiber shields can begin to fail at 900A?F with the Mylar outer material cracking and flaking off. DEI’s Titanium Pipe Shield provides heat protection up to 1350A?F. LR fiber technology is a two-ply material. The outer layer is made from pulverized and stranded lava rock into a proprietary tightly woven weave for durability and strength. The inside material is made of a special high temperature resistant fabric (89% silica) designed to withstand 350 degrees more heat than glass fiber. This proprietary fiber technology combined with DEI’s unique shield standoff bracket design provides an air gap between the shield and pipe that together provides the maximum potential for cooling and heat dissipation. With the strategic placement of DEI’s Titanium Pipe Shield near transmissions, brake lines, floorboards, body panels, diesel exhaust stacks or motorcycle pipes, radiant heat can be controlled for maximum protection and performance. Other uses include isolated areas such as sections of the exhaust pipe after the collector, an area that can heat transmission fluid, or along the path of an exhaust system in proximity of gas tanks, differentials and rear facias. The shield is designed for multiple automotive applications as well as marine, powersports, diesel and industrial applications where heat dissipation and thermal control is needed.
Titanium Pipe Shielda*?; 2 ft. x 6 in.;
Pipe Shields solve the problem of needing spot heat protection for exhaust pipes and components. Extreme heat can rob power and potentially damage engines, transmissions, hoses, and sensitive electrical components. DEI, a market leader in thermal protection, has introduced a revolutionary advancement in pipe shield technology that greatly outperforms Mylar-backed glass fiber shields. DEI’s Titanium Pipe Shield combines the high heat tolerance of DEI’s proprietary LR fiber technology with a unique rivet-based clamp shield design to improve heat dissipation and cooling. Glass fiber shields can begin to fail at 900F with the Mylar outer material cracking and flaking off. DEI’s Titanium Pipe Shield provides heat protection up to 1350F. LR fiber technology is a two-ply material. The outer layer is made from pulverized and stranded lava rock into a proprietary tightly woven weave for durability and strength. The inside material is made of a special high temperature resistant fabric (89% silica) designed to withstand 350 degrees more heat than glass fiber. This proprietary fiber technology combined with DEI’s unique shield standoff bracket design provides an air gap between the shield and pipe that together provides the maximum potential for cooling and heat dissipation. With the strategic placement of DEI’s Titanium Pipe Shield near transmissions, brake lines, floorboards, body panels, diesel exhaust stacks or motorcycle pipes, radiant heat can be controlled for maximum protection and performance. Other uses include isolated areas such as sections of the exhaust pipe after the collector, an area that can heat transmission fluid, or along the path of an exhaust system in proximity of gas tanks, differentials and rear facias. The shield is designed for multiple automotive applications as well as marine, powersports, diesel and industrial applications where heat dissipation and thermal control is needed.
Universal

Aluminum Plug Wire Sheath is constructed from high-temperature rated glass fiber material bonded to a heat reflective aluminized material. Plug Wire Sheaths are an inexpensive alternative for protecting specific areas on both ignition wire and boot locations from damaging heat generating sources. Protection for electrical wires, hoses, cables & more Capable of withstanding 2000A?F of radiant heat Inexpensive alternative for protecting ignition wires and boots 3/4 in. diameter x 6 in. long Sold in packs of 4
Plug Wire Sheatha*?; 3/4 in. x 6 in.; 4 Pack; Aluminized;
Aluminum Plug Wire Sheath is constructed from high-temperature rated glass fiber material bonded to a heat reflective aluminized material. Plug Wire Sheaths are an inexpensive alternative for protecting specific areas on both ignition wire and boot locations from damaging heat generating sources. Protection for electrical wires, hoses, cables & more Capable of withstanding 2000F of radiant heat Inexpensive alternative for protecting ignition wires and boots 3/4 in. diameter x 6 in. long Sold in packs of 4
Universal

Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves; its larger diameter will allow for a simpler install. Non-flammable & protects against chemicals & resists water Universal – fits most straight or angled boots 1 in. internal diameter Double-wall construction for added durability
Protect-A-Boota*?; 6 in.; Black; 2 Pack;
Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves
Universal

Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves; its larger diameter will allow for a simpler install. Non-flammable & protects against chemicals & resists water Universal – fits most straight or angled boots 1 in. internal diameter Double-wall construction for added durability
Protect-A-Boota*?; 6 in.; Black; 8 Pack;
Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves
Universal

Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves; its larger diameter will allow for a simpler install. Non-flammable & protects against chemicals & resists water Universal – fits most straight or angled boots 1 in. internal diameter Double-wall construction for added durability
Protect-A-Boota*?; 6 in.; Blue; 8 Pack;
Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves
Universal

Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves; its larger diameter will allow for a simpler install. Non-flammable & protects against chemicals & resists water Universal – fits most straight or angled boots 1 in. internal diameter Double-wall construction for added durability
Protect-A-Boota*?; 6 in.; Red; 8 Pack;
Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves
Universal

Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves; its larger diameter will allow for a simpler install. Non-flammable & protects against chemicals & resists water Universal – fits most straight or angled boots 1 in. internal diameter Double-wall construction for added durability
Protect-A-Boota*?; 6 in.; Silver; 8 Pack;
Protect-A-Boots solve the problem of burning and cracking plug boots and wires from header and engine heat. Protect-A-Boots are made from a high temperature resistant glass fiber material and treated with a proprietary coating, Protect-A-Boots provide spark plug boot and wire protection from extreme under hood heat and helps prevent burn-through, hardening and cracking of boots. Our 6” Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our Protect-A-Boots Ringless instead. For thicker boots, like MSD or Taylor’s, we recommend our Protect-A-Boot(TM) Ringless Sleeves
Universal

Titanium Protect-A-Boots are the latest in thermal protection technology for spark plug boot protectors. Developed from a unique material mined from lava rock, stranded and woven into a proprietary weave for added durability and strength yet is pliable enough to provide a universal fit for straight or angled boots. Titanium Protect-A-Boots are naturally resistant to heat, chemicals abrasions and contaminants, and are engineered to withstand temperatures up to 1800F (983C) of direct heat. High horsepower engine compartments are known for extreme heat that can put spark plug boots and wires at risk. With excessive heat generated from the exhaust manifold and headers the ignition system is vulnerable to the potential of burning, hardening and cracking of ignition wires and boots that could lead to arching, engine misfire and potential ignition system failure. Titanium Protect-A-Boots with LR technology, are engineered to handle extreme heat providing the ultimate protection for todays high voltage ignition systems for many applications including automotive, marine and powersports. The color and weave work together to give DEIs Titanium Protect-A-Boots a cool carbon fiber appearance that looks great under the hood – ideal for race, street, show cars and off road vehicles. Ultimate protection for spark plug boots and wires Withstands heat up to 1800F (983C). Our 6 in. Titanium Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our 8 in. Titanium Protect-A-Boot XL Ringless instead. For thicker boots like MSD or Taylors we recommend our Protect-A-Boot Ringless Sleeves; the 1.25 in. diameter will allow for a simple install.Ultimate protection for spark plug boots & wires Non-flammable and protects against chemicals and resists water Double-wall construction for added durability Cool carbon fiber look Boots measure 6 in. L 2 boots per pack
Protect-A-Boota*?; 6 in.; Titanium; 8 Pack;
Titanium Protect-A-Boots are the latest in thermal protection technology for spark plug boot protectors. Developed from a unique material mined from lava rock, stranded and woven into a proprietary weave for added durability and strength yet is pliable enough to provide a universal fit for straight or angled boots. Titanium Protect-A-Boots are naturally resistant to heat, chemicals abrasions and contaminants, and are engineered to withstand temperatures up to 1800F (983C) of direct heat. High horsepower engine compartments are known for extreme heat that can put spark plug boots and wires at risk. With excessive heat generated from the exhaust manifold and headers the ignition system is vulnerable to the potential of burning, hardening and cracking of ignition wires and boots that could lead to arching, engine misfire and potential ignition system failure. Titanium Protect-A-Boots with LR technology, are engineered to handle extreme heat providing the ultimate protection for todays high voltage ignition systems for many applications including automotive, marine and powersports. The color and weave work together to give DEIs Titanium Protect-A-Boots a cool carbon fiber appearance that looks great under the hood – ideal for race, street, show cars and off road vehicles. Ultimate protection for spark plug boots and wires Withstands heat up to 1800F (983C). Our 6 in. Titanium Protect-A-Boots come with a reinforcement ring at the base for easy plug removal during maintenance. When working on boots with tight bends, try our 8 in. Titanium Protect-A-Boot XL Ringless instead. For thicker boots like MSD or Taylors we recommend our Protect-A-Boot Ringless Sleeves
Universal