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05 / 07 · Category

Polyurethane materials

Insulate. Bond. Waterproof. Mould.

Polyurethane components we have produced since 2021: adhesives, PIR panel systems, waterproofing and insulation foams. We supply systems for manufacturers and contractors.

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Spraying polyurethane foam insulation into a timber-framed wall

Applications

Where PU components work

Pick a task and we show the Teping® components for it.

The basics

What are polyurethane systems

Polyurethane systems are one- and two-component materials that become polyurethane foam, adhesives and waterproofing at the factory or on site.

Rigid foam is sprayed or poured to insulate buildings, pipes and panels, while flexible and integral-skin systems go into furniture, décor and moulded parts.

Polyurethane adhesives bond sandwich and SIP panels, glulam, parquet, rubber crumb and artificial grass.

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PRODUCTS

The full range

Every product in this category, grouped by line. The product page has the full description; send an enquiry and we will help you choose a system.

01

PU adhesives

High adhesion to wood, metal and concrete.

Products: 7

Adhesives and binders compared

AdhesiveUseTypeViscosity at 25 °CPot lifeCure
Teping AD RCBinder for rubber crumb and EPDM1K, moisture-curing3,000 – 5,000 mPa·s10 – 60 min18 – 24 h
Teping AD SIPSIP and sandwich panels: insulation to OSB and facings1K, moisture-curing1,000 – 6,000 mPa·s5 – 50 min24 h
Teping AD GTGlued laminated timber1K, moisture-curing9,800 mPa·s30 min2 h
Teping AD SPMineral wool sandwich panels on a continuous line2K150 – 500 mPa·sno datano data
Teping AD RTRubber tiles indoors and outdoors2Kno data25 – 40 minin service after 7 days
Teping AD PParquet and timber floors2Kno data25 – 35 minstrength within 48 h
Teping AD AGPVC coverings and artificial grass2Kno data25 – 40 minin service after 7 days
Teping AD SIP: application example

Adhesive · Polyurethane · 1K

Teping AD SIP

Non-shrink, moisture-curing polyurethane adhesive for bonding insulation to OSB and other facing materials in structural insulated panels.

  • No sagging in vertical joints, no shrinkage
  • Strong, sealed rigid-elastic bond line
  • For SIP, sandwich and cold-room panels
Viscosity at 25 °C
1,000 – 6,000 mPa·s
Pot life
5 – 50 min
Full cure
24 h
Teping AD P: application example

Adhesive · Polyurethane · 2K

Teping AD P

Two-component polyurethane adhesive for laying parquet, floorboards, engineered boards and other wood floor coverings indoors.

  • Very low emissions, free of water and solvents
  • Also bonds plywood, chipboard and MDF
  • Supplied with a polyisocyanate hardener
Viscosity at 25 °C
—
Pot life
25 – 35 min
Full cure
—
Teping AD RC: application example

Adhesive · Polyurethane · 1K

Teping AD RC

Moisture-curing polyurethane binder for rubber crumb and EPDM surfaces, both air-dried and hot-pressed. Cures to a strong, resilient coating.

  • Air-dried and hot-pressed crumb and EPDM
  • Strong, resilient coating after curing
  • Playgrounds, sports surfaces and running tracks
Viscosity at 25 °C
3,000 – 5,000 mPa·s
Pot life
10 – 60 min
Full cure
18 – 24 h

Used in systems5.15.25.3

Teping AD GT: application example

Adhesive · Polyurethane · 1K

Teping AD GT

Non-shrink, moisture-curing polyurethane adhesive for glued laminated timber and other engineered wood products, including those needing high moisture resistance.

  • Cures with air moisture, no shrinkage
  • Strong, sealed rigid-elastic bond line
  • For engineered wood with high moisture demands
Viscosity at 25 °C
9,800 mPa·s
Pot life
30 min
Full cure
2 h
Teping AD SP: application example

Adhesive · Polyurethane · 2K

Teping AD SP

Two-component polyurethane adhesive for continuous production of sandwich panels with mineral wool (stone or glass wool) cores and galvanised steel facings.

  • Automatic application on continuous lines
  • Mineral wool cores, galvanised steel sheet
  • Supplied with a polyisocyanate hardener
Viscosity at 25 °C
150 – 500 mPa·s
Pot life
—
Full cure
—
Teping AD RT: application example

Adhesive · Polyurethane · 2K

Teping AD RT

Two-component polyurethane adhesive for thick-layer application, used to lay moulded and crumb-rubber tiles indoors and outdoors.

  • Thick-layer application
  • Moulded and crumb-rubber tiles
  • Indoor and outdoor use

Used in systems5.4

Teping AD AG: application example

Adhesive · Polyurethane · 2K

Teping AD AG

Two-component polyurethane adhesive for PVC coverings, including artificial grass. Bonds roll coverings indoors and outdoors.

  • Very low emissions, free of water and solvents
  • Indoor and outdoor use
  • Supplied with a polyisocyanate hardener
Viscosity at 25 °C
—
Pot life
25 – 40 min
Full cure
—
02

PIR components

Systems for PIR panel production, plus adhesive primer.

Products: 2
Teping FL PIR: application example

Panels · PIR · 2K

Teping FL PIR

A system for continuous manufacturing of energy-efficient sandwich panels with a thermally insulating polyisocyanurate foam core.

  • Energy-efficient sandwich panels
  • Continuous production process
  • For high- and low-pressure machines
Cream time
5 – 20 s
Density
30 – 40 kg/m³
Thermal conductivity
—
Teping AD PIR: application example

Adhesive primer · PIR · 2K

Teping AD PIR

Non-shrink, moisture-curing polyurethane adhesive that bonds polyisocyanurate insulation to the panel facing in continuous PIR panel production.

  • For continuous PIR panel production
  • Automatic processing on high- and low-pressure machines
Cream time
20 – 100 s
Density
—
Thermal conductivity
—
03

Waterproofing

Polyurethane waterproofing for mineral and timber substrates.

Products: 1
Teping FL MWP: application example

Waterproofing · Polyurethane · 2K

Teping FL MWP

Two-component, rigid-elastic polyurethane mastic for seamless waterproofing on mineral and wooden substrates, indoors and outdoors.

  • Hand-applied, indoors and outdoors
  • Flat and pitched roofs, terraces, balconies
  • Foundations, basements and wet rooms
Density
1.3 (±0.1) g/cm³
Gel time
25 min
Elongation at break
100 %
04

Spray foam insulation

Closed-cell and open-cell spray foam.

Products: 2

Processing data

SystemA : B by volumeCream timeRise timeLayer per passThermal conductivityCellAir temperature
Teping Spray 20-60 W100 : 1002 – 10 s8 – 20 sup to 25 mmmax. 0.035 W/(m·K)closed−5…+40 °C
Teping Spray 10100 : 1052 – 6 s7 – 15 sup to 25 mmmax. 0.045 W/(m·K)open+15…+40 °C
Teping Spray 20-60 W: application example

Spray · PU foam · 2K

Teping Spray 20-60 W

Two-component, water-blown spray system producing a seamless layer of rigid closed-cell polyurethane foam for thermal insulation.

  • Vertical and horizontal surfaces, ceilings, vaults
  • Roofs, residential and industrial buildings
  • Pipelines and cold rooms
Cream time
2 – 10 s
Density
—
Thermal conductivity
max. 0.035 W/(m·K)
Teping Spray 10: application example

Spray · PU foam · 2K

Teping Spray 10

Two-component spray system producing a seamless thermal insulation layer of open-cell polyurethane foam. More open cells give better vapour permeability.

  • Better vapour permeability
  • Vertical and horizontal surfaces, ceilings, vaults
  • Roofs, buildings, pipelines and cold rooms
Cream time
2 – 6 s
Density
—
Thermal conductivity
max. 0.045 W/(m·K)
05

Pour-in-place insulation

Closed-cell and open-cell pour-in-place foam.

Products: 3

Processing data

SystemA : B by volumeCream timeRise timeFree-rise densityThermal conductivityCell
Teping FL 20-60 F/W100 : 10010 – 20 s110 – 130 sno datamax. 0.035 W/(m·K)closed
Teping FL 10100 : 10010 – 20 s110 – 130 sno datano dataopen
Teping FL REno data15 – 25 sno data25 – 35 kg/m³no datano data
Teping FL 20-60 F/W: application example

Pour-in-place · PU foam · 2K

Teping FL 20-60 F/W

Two-component system for closed-cell polyurethane foam insulation, poured after mixing the components on high- and low-pressure machines.

  • Water-blown, rigid closed-cell foam
  • Insulation of wall cavities
  • Residential, industrial buildings and cold rooms
Cream time
10 – 20 s
Density
—
Thermal conductivity
max. 0.035 W/(m·K)
Teping FL 10: application example

Pour-in-place · PU foam · 2K

Teping FL 10

Two-component system for low-density, open-cell polyurethane insulation installed by pouring. More open cells give better vapour permeability.

  • Low density, better vapour permeability
  • Insulation of wall cavities
  • Residential, industrial buildings and cold rooms
Cream time
10 – 20 s
Density
—
Thermal conductivity
—
Teping FL RE: application example

Pour-in-place · PU foam · 2K

Teping FL RE

Two-component system for producing rigid polyurethane foam that insulates water heaters and refrigeration equipment by direct foaming.

  • Direct foaming process
  • Water heaters and refrigeration equipment
  • Supplied with a polyisocyanate hardener
Cream time
15 – 25 s
Density
25 – 35 kg/m³
Thermal conductivity
—
06

Moulded applications

Pipe insulation and decorative mouldings.

Products: 3
Teping FL P: application example

Moulding · PU foam · 2K

Teping FL P

Two-component system for heat-resistant polyurethane foam used to insulate pre-insulated, pipe-in-pipe and pipe-in-mould pipelines and in PPM insulation.

  • Pipe-in-pipe, pipe-in-mould, pre-insulated pipes
  • Polymer-mineral foam (PPM) insulation
  • Automatic processing on high- and low-pressure machines
Cream time
40 – 70 s
Density
at least 60 kg/m³
Thermal conductivity
max. 0.035 W/(m·K)
Teping FL ST: application example

Moulding · PU foam · 2K

Teping FL ST

Two-component polyurethane system for pipe insulation shells, poured into press moulds automatically on high- and low-pressure machines.

  • Pipe insulation shells
  • Automatic pouring into press moulds
  • Supplied with a polyisocyanate hardener
Cream time
20 – 40 s
Density
at least 60 kg/m³
Thermal conductivity
max. 0.035 W/(m·K)
Teping FL D: application example

Moulding · PU foam · 2K

Teping FL D

Two-component polyurethane system for decorative, finishing and structural products such as cornices, ceiling roses, balusters, furniture parts and sculptures.

  • Automatic or manual processing
  • Furniture, décor and car aerodynamic parts
  • Supplied with a polyisocyanate hardener
Cream time
20 – 40 s
Density
40 – 600 kg/m³
Thermal conductivity
—
07

Flexible PU foam

Soft foam and coatings for it.

Products: 2
Teping FL EPF: application example

Flexible foam · PU foam · 2K

Teping FL EPF

Two-component polyurethane system for producing low-density, open-cell flexible foam. Processed automatically or by hand.

  • Low-density, open-cell flexible foam
  • Automatic or manual processing
  • Supplied with a polyisocyanate hardener
Cream time
10 – 20 s
Rise time
100 – 200 s
Density
18 – 25 kg/m³
Teping Spray EC: application example

Foam coating · Polyurethane · 1K

Teping Spray EC

One-component polyurethane coating that forms an elastic film on flexible foams and prevents filler loss in the production of radio-absorbing materials.

  • Elastic film on flexible foams
  • Keeps filler in radio-absorbing materials
  • Manual or automated application
08

Integral-skin PU foam

Foam with a dense skin for moulded parts.

Products: 1
Teping FL IPF: application example

Integral skin · PU foam · 2K

Teping FL IPF

Two-component system for moulding integral-skin polyurethane foam parts for the automotive and furniture industries.

  • Car interior parts and furniture elements
  • Bicycle saddles and sports equipment
  • Automatic or manual processing
Cream time
35 – 55 s
Rise time
80 – 120 s
Density
200 – 230 kg/m³

Systems

Ready-made systems with these products

Products from this category inside proven systems, from primer to topcoat.

All systems

Guides

Before you choose

Practical guides on choosing, preparing for and installing these products.

All guides and answers

APPLICATIONS

Where it's used

Typical projects for this category. Tell us about yours and we will suggest a system.

  1. 01Sandwich panel production
  2. 02Roof and foundation waterproofing
  3. 03Building and pipe insulation
  4. 04Furniture and moulded parts

FAQ

Answers to common questions

What is the difference between open-cell and closed-cell foam?

Closed-cell rigid foam has the lower thermal conductivity: up to 0.035 W/(m·K) for Teping Spray 20-60 W. Open-cell foam lets more water vapour through: Teping Spray 10, up to 0.045 W/(m·K).

How thick can spray foam be applied in one pass?

No more than 25 mm per pass, after a first thin coat of 3–5 mm; usually 3–4 passes. Each pass goes on only when the previous one has risen and cooled to 40 °C.

Can spray foam be applied in winter?

Yes, at ambient temperatures from −5 °C, with components heated to 45–50 °C. The surface must be dry and free of condensation, and spraying stops in rain.

All questions and answers

CATALOGUE

Other categories

Your expert

Natalia Markushina

Sales Manager · Polyurethane materials

Helps you choose a coating, sends the TDS and works out quantities. Write in whichever of these languages suits you.

Languages

  • English
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  • Қазақша
  • Ўзбекча
  • Тоҷикӣ
Emailinfo21@tnpgroup.ru

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