RBA
ROHS
REACH
UL
IATF 16949
ISO 14001
ISO 9001
ISO/TS 16949
IECQ 080000
Lightweight thermal putty is a low-density, lightweight thermal material commonly used in lightweight drones and EV (electric vehicle) components. For lightweight drones, reducing weight can directly extend flight endurance, as battery weight accounts for a large proportion; lowering the weight effectively improves the endurance per unit of electrical energy. In electric vehicles, lightweight design also reduces energy consumption and increases battery range.
Lightweight thermal putty is a low-density, lightweight thermal material commonly used in lightweight drones and EV (electric vehicle) components. For lightweight drones, reducing weight can directly extend flight endurance, as battery weight accounts for a large proportion; lowering the weight effectively improves the endurance per unit of electrical energy. In electric vehicles, lightweight design also reduces energy consumption and increases battery range.
Lightweight thermal putty is a low-density, lightweight thermal material commonly used in lightweight drones and EV (electric vehicle) components. For lightweight drones, reducing weight can directly extend flight endurance, as battery weight accounts for a large proportion; lowering the weight effectively improves the endurance per unit of electrical energy. In electric vehicles, lightweight design also reduces energy consumption and increases battery range.
Lightweight thermal putty is a low-density, lightweight thermal material commonly used in lightweight drones and EV (electric vehicle) components. For lightweight drones, reducing weight can directly extend flight endurance, as battery weight accounts for a large proportion; lowering the weight effectively improves the endurance per unit of electrical energy. In electric vehicles, lightweight design also reduces energy consumption and increases battery range.

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DTT13-s
13.0 W/m*K
No Vertical Flow
Lightweight thermal putty is a low-density, lightweight thermal material commonly used in lightweight drones and EV (electric vehicle) components. For lightweight drones, reducing weight can directly extend flight endurance, as battery weight accounts for a large proportion; lowering the weight effectively improves the endurance per unit of electrical energy. In electric vehicles, lightweight design also reduces energy consumption and increases battery range.
Datasheet Download

CATEGORY

Thermal Putty

FEATURES

/ Thermal conductivity:13.0 W/m*K
/ Bond line thickness:200-3000µm
/ Designed to remove manufacturing tolerances
/ Does not produce stress on delicate components
/ No vertical flow
/ Dispensable for serial manufacture
/ For any high compression andlow stress application

VERTICAL RELIABILITY

Using 3.0mm pad as a gap control, put the putty between the aluminum and the glass panel mark the initial position. Then, place it in the oven with 125℃ for 1,000 hours and observe itsdisplacement after reliability test

TYPICAL APPLICATION

/ Between CPU and heat sink
/ Between a component and heat sink
/ High speed mass storage drives
/ Telecommunication hardware
/ Flat-panel displays
/ Set-top box
/ IP CAM
/ 5G base station & infrastructure
/ EV electric vehicle

TYPICAL PROPERTIES

PROPERTY DTT13-s UNIT TEST METHOD
Color Gray - Visual
Resin base Silicone - -
Viscosity 20000 Pa.s DIN 53018
Flow Rate 17 g/min By LiPOLY
Density 3.3 g/cm³ ASTM D792
Application temperature -60~180 °C -
Bond line thickness 200~3000 μm -
ROHS & REACH Compliant - -
THERMAL
Thermal conductivity 13.0 W/m*K ASTM D5470
Thermal impedance@10psi / 60°C 0.031 °C-in²/ W ASTM D5470
Thermal impedance@50psi / 60°C 0.024 °C-in²/ W ASTM D5470

Related​ Product

Lightweight thermal putty is a low-density, lightweight thermal material commonly used in lightweight drones and EV (electric vehicle) components. For lightweight drones, reducing weight can directly extend flight endurance, as battery weight accounts for a large proportion; lowering the weight effectively improves the endurance per unit of electrical energy. In electric vehicles, lightweight design also reduces energy consumption and increases battery range.
DTT13-s
13.0 W/m*K
No Vertical Flow
Thermal gel, compared to thermal grease, features non-flowing and anti-sagging properties, making it easier to clean. It can replace thermal pads and offers characteristics such as low oil bleed and non-flowing behavior. Thermal gel can fill larger gaps and simultaneously encapsulate various irregular components, maintaining stability even at high temperatures. Additionally, it provides higher dielectric breakdown voltage insulation, making it suitable for high-power electronic and electrical components.
SH-putty3
8.0 W/m*K
No Vertical Flow
Thermal putty features a softness and hardness level between thermal grease and thermal pads. It offers greater durability than thermal grease and better conformability than thermal pads. Its soft texture makes it easy to apply and fill, providing excellent plasticity to accommodate uneven surfaces and eliminate air gaps. Additionally, thermal putty is nearly non-hardening, so it does not introduce internal stress to equipment after application, and it is easier to handle compared to thermal grease.
S-putty5-s
10.0 W/m*K
No Vertical Flow
Thermal silicone putty is a polymer thermal interface material made with a silicone base and added thermal conductive fillers. It offers both electrical insulation and mechanical protection, efficiently transferring and dissipating heat. Thermal silicone is primarily used for thermal management and heat dissipation in industries such as electronics, electrical engineering, automotive, and lighting. Due to its high thermal conductivity, insulation, softness, and high-temperature resistance, thermal silicone has become an indispensable material for thermal management in modern electronic and electrical products.
S-putty2-s
6.0 W/m*K
No Vertical Flow
Thermal gel is a type of thermal interface material (TIM) used to fill microscopic gaps between electronic components-such as CPUs and GPUs-and heat sinks. By efficiently conducting heat, thermal gel helps reduce component temperatures, prevents overheating and performance degradation, and is an ideal choice for automated dispensing production using LiPOLY’s dedicated putty smart machine.
S-putty
3.5 W/m*K
No Vertical Flow
Thermal putty is primarily used to fill gaps between electronic components and heat sinks, enhancing heat dissipation efficiency. It effectively conducts heat, rapidly transferring the heat generated by components to the heat sink, thereby lowering component temperatures and preventing overheating damage. Thermal putty overcomes issues such as overflow and drying out commonly seen with thermal grease, and is an ideal choice for automated dispensing production when used with LiPOLY’s dedicated putty dispensing equipment.
H-putty2
6.0 W/m*K
No Vertical Flow
Silicone thermal putty is a thermal interface material made from a silicone base combined with thermally conductive powders, blended using specialized equipment. It offers excellent thermal conductivity, insulation, and high-temperature resistance. Widely used in electronics, automotive, and LED industries, it enhances heat dissipation efficiency and extends product lifespan by effectively transferring heat from heat-generating components to heat sinks.
H-putty
3.5 W/m*K
No Vertical Flow

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