---
type: "Technical Data Sheet"
title: "CMC 16700 – Technical Data Sheet"
description: "CMC 16700 is a flexible, resistant adhesive tape for e.g. phase insulation and final insulation of coils."
resource: "https://datasheets.cmc.de/pdf/cmc-16700-en.pdf"
tags: ["laminate polyester film", "polyester non-woven", "rubber"]
language: "en"
product: "CMC 16700"
product_family: "cmc"
document_date: "2019-05"
status: "stable"
translation: "/cmc-16700-de.md"
generated: { by: "process:cmc-datasheets/0.1.0", at: "2026-09-23T16:15:39Z" }
sources:
  - id: "pdf"
    resource: "https://datasheets.cmc.de/pdf/cmc-16700-en.pdf"
    title: "Technical Data Sheet CMC 16700"
    author: "CMC Klebetechnik GmbH"
    last_modified: "2019-05-20T11:19:24Z"
---

# CMC 16700 – Technical Data Sheet

> 16700 E93622 (M)

[PDF data sheet (binding)](/pdf/cmc-16700-en.pdf) · [Deutsche Version](/cmc-16700-de.md)

Issued: 2019-05

## Product description

CMC 16700 is a flexible, resistant adhesive tape for e.g. phase insulation and final insulation of coils. CMC 16700 combines high dielectric strength of the PET film and good adhesion to uneven surfaces through the cushioning effect of the non-woven. Total thickness ca. 0.18 mm

| Property | Value |
|---|---|
| Backing Material | Laminate polyester film / polyester non-woven |
| Colour | white |
| Thickness of the base PET film in mm | 0.036 ± 10% |
| Total area weight in g/m² | 200 ± 10% |

## Adhesive Properties

| Property | Value |
|---|---|
| Type of adhesive | rubber |
| Adhesive strength in N/cm according to internal method PV 1006-32 (180° peel from steel) | ≥3 |

## Thermal Properties

| Property | Value |
|---|---|
| Temperature performance (max.) in °C | 130 |
| Short term temperature performance in °C (ca. 1 hour) | 175 |
| Insulation class according to IEC 60085 | B |

## Electrical Properties

| Property | Value |
|---|---|
| Breakdown voltage based on IEC 60243-1 in Veff. | ca. 6'000 |

## Mechanical Properties

| Property | Value |
|---|---|
| Tensile strength in N/cm | ≥ 100 |
| Elongation at break in % | ≥ 10 |

## Other Properties

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*The technical data are average values and do not replace the user's own testing. Subject to change without notice. The PDF data sheet is binding.*