Rogers 6006: Everything You Need To Know in 2022


As many know, laminates are essential to producing a circuit board, as it is primarily responsible for keeping all layers intact and functional.

As a result, it is necessary to select the well-suited laminate for various applications. However, there are countless questions about how users can select the right one for their operations.

This article will address questions related to Roger 6006 laminate; we will comprehensively discuss its definition, features, benefits, applications, cost, tensile, compressive, physical, mechanical, thermal, and electrical properties.

Thus, to further understand this particular laminate and its capabilities, we advise reading the article until the end to comprehend the Rogers 6006 fully.

Introduction to Rogers 6006

Introduction to Rogers 6006

What is a Rogers 6006 Laminate?

As mentioned, Rogers 6006 is a kind of laminate that is produced by Rogers Corporation and is recognized as one of the High-Frequency laminates in the industry.

Since they are designed this way, they are highly suited for electronic and microwave applications that necessitate a high dielectric constant value. Further, the Rogers 6006 has its sub-category known as the Rogers 6010LM, which holds a dielectric constant value of 10.2, which is higher than the value of the Rogers 6006, that only has 6.15 as its dielectric constant.

Hence, if the application requires a dielectric constant beyond the capability of the Rogers 6006, we suggest going for the Rogers 6010LM as an alternative. However, these laminates are designed to be fabricated easily and made reliable during their operation. Also, both have low moisture absorption and excellent mechanical and thermal stability.

The structure has an attached copper clad on either side of the panel with an electrodeposited foil thickness of 8 up to 70 µm. Additionally, it is possible to clad it using rolled copper foil that can be specified according to preference, thick plates made of aluminum, brass, and even copper, depending on the desired specifications.

Consequently, it is essential to particularly specify the desired dielectric thickness, electrodeposited or rolled foil, and the copper foil’s weight to attain its designated purpose.

Features and Benefits of Deploying a Rogers 6006

In order to fully understand the capabilities and performance of a Rogers 6006, we will be discussing its fundamental features and benefits if deployed in various applications. However, we will include the Rogers 6010LM features to comprehend both of their abilities.

Rogers 6006 Laminate Features and Benefits

  • It has a dielectric constant (Dk) value of 6.15 at ± 0.15.
  • It has a dissipation factor (Df) value of 0.0027 at 10 GHz.
  • It is wrapped in a conventional and reverse-treated electrodeposited copper foil for the cladding.
  • It involves a lead-free process.
  • It has a reduced circuit footprint since it utilizes a high dielectric constant.
  • It is suited for x-band or lower operation due to minimal degradation.
  • Its Ɛr and breadth are tightly regulated for consistent device performance.
  • It has limited uptake of moisture.
  • It is regarded to be efficient in through-hole plating in multilayer circuits.

Rogers 6010LM Laminate Features

  • It has a dielectric constant (Dk) value of 10.2 at ± 0.25.
  • It has a dissipation factor (Df) value of 0.0023 at 10 GHz.
  • Similar to Rogers 6006, it is wrapped in a conventional and reverse-treated electrodeposited copper foil for the cladding.

Different Applications of Rogers 6006

In this section, we will dissect the various application industry of a Rogers 6006. However, its usage is not just limited to the mentioned sectors; as long as the features and benefits are aligned with the operation’s objectives, they can be utilized depending on the professional’s advice. Hence, it is vital to reach out to an experienced manufacturer.

Different Applications of Rogers 6006

Different Applications of Rogers 6006

Power and Connectivity

Due to Rogers 6006 power input value of 22 VDC to 36 VDC, and its two (2) 18650s that are removable and made for recharging and replacement, they are preferred in devices that produce power, such as power bank since it offers excellent mobility to the electronic gadget.

Space Saving Circuit

Since the Rogers 6006 is recognized to have a compact size at 9.87 by 5 compared to other routers; thus, they are highly suitable for complex circuitry, including in a wall outlet.

Patch Antennas

Due to the Rogers 6006 integrated antenna that has a length of one centimeter, they are handy for internet connectivity or any application that requires excellent and stable connectivity.

Satellite Communications

It is regarded that a Rogers 6006 has the capability of expanding its coverage area and has the ability to transform analog to digital signals and vice versa; thus, they are ideal for satellite communication systems.

Power Amplifiers

Since Rogers 6006 laminates can provide UHF, VHF, and other frequencies, they are widely utilized in power amplifiers and other communication systems at home.

Aircraft Collision Avoidance Systems

Due to the ability of a Rogers 6006 to effectively communicate with an aircraft during a flight, they are used as a means of preventing collision in the air.

Ground Radar Warning Systems

Similar to other applications that deals with signal integrity, they are used in ground radar warning system, too since they have a reliable network that can quickly notify dangers.

Tensile and Compressive Properties of Rogers 6006

In order to fully grasp the strengths of a Rogers 6006 laminate, we’ve generated a table for easier understanding.

Tensile Properties of Rogers 6006




RT 6010LM Direction Units Conditions Test Method

Young’s Modulus

627 (91)

517 (75)

931 (135)

559 (81)



MPa (kpsi) A


(0.1/min. strain rate)

Ultimate Stress

20 (2.8)

17 (2.5)

17 (2.4)

13 (1.9)



MPa (kpsi)


Ultimate Strain 12 to 13

4 to 6

9 to 15

7 to 14





Compressive Properties of Rogers 6006




RT 6010LM Direction Units Conditions Test Method
Young’s Modulus 1069 (155) 2144 (311) Z MPa (kpsi) A


(0.05/min. strain rate)

Ultimate Stress

54 (7.9) 47 (6.9) Z MPa (kpsi)


Ultimate Strain

33 25 Z %

Flexural Modulus

2634 (382)

1951 (283)

4364 (633)

3751 (544)

X MPa (kpsi) A


Ultimate Stress 38 (5.5) 36 (5.2)

32 (4.4)



MPa (kpsi)


Deformation under Load  











24/hr/50°C/70 MPa

24/hr/150°C/ 7 MPa


Moisture Absorption

0.05 0.01 % D48/50°C, 0.050° IPC-TM-650,
Density 2.7 3.1 g/cm3


Thermal Conductivity 0.49 0.86 W/m/°K 80°C


Coefficient of Thermal Expansion


34, 117


24, 47


Y, Z

Ppm/°C 23°C/50% RH IPC-TM-650
Td 500 500 °C TGA

ASTM D3850

Specific Heat 0.97 (231) 1.00 (0.239) J/g/K


Copper Peel

14.3 (2.5) 12.3 (2.1) Pli (N/mm) After the solder float.

IPC-TM-650 2.4.8

Flammability Rating

V-0 V-0


Lead-Free Process Compatibility Yes Yes

Different Properties of Rogers 6006 Laminate

Physical Properties


Metric Unit


2.70 g/cc

Moisture Absorption at Equilibrium

0.050% at 50°C


127 to 2540 microns


033% at 7 MPa and 50°C;

2.1% at 7 MPa at 150°C

Mechanical Properties


Metric Unit

Ultimate Tensile Strength

17 MPa; 20 MPa

Elongation at Break

4.0% to 6.0%

12% to 13%

Flexural Strength

38.0 MPa

Compressive Yield Strength

54 MPa at 33.0% strain

Electrical Properties


Metric Unit

Volume Resistivity

213 ohm-cm

Surface Resistance

713 ohms

Dielectric Constant

6.0 to 6.3 at 10 Hz

Dissipation Factor

0.0027 at 10 Hz

Thermal Properties


Metric Unit

CTE, Linear

34.0 µm/m-°C; 47 µm/m-°C; and

117 µm/m-°C

Decomposition Temperature

500 °C

How Costly is the Rogers 6006 Laminate?

Simply put, the cost of the Rogers 6006 laminate will depend on the application type; however, the customer can save up to 10% if they avail of the yearly plan. This works by applying or registering for a Rogers 6006 trial period, ensuring one can get satisfaction within that period. Hence, if unsatisfied, the customer will not be charged anything.

In a typical application, the Rogers 6006 laminate is integrated into home networks, such as internet connectivity, since it offers exceptional signal for wireless connection, thus, reducing the presence of wirings in the place. This also means that it will be way more cost-efficient than those connections dealing with cablings.

Consequently, it saves the installation cost and promotes effective traffic within the hosts.

How Costly is the Rogers 6006 Laminate?

Cost Calculation of Rogers 6006


To wrap things up, Rogers 6006 laminates are widely utilized in countless applications, including in aerospace, radar, microwaves, communications, amplifiers, and the industrial industry. However, if some applications do fit the capabilities of a Rogers 6006, one can still utilize them in their operations, provided that they’ve consulted their chosen manufacturer.

Overall, we hope our readers have learned a lot about Rogers 6006 laminate. We anticipate that after they finish this blog, they can decide if this laminate is appropriate for their applications. If you are still unsure about it, feel free to message us.

PCBTok is a manufacturer with extensive experience in the industry; hence, you can rely on us for any circuit board products you may have.

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