True Sales Corporation

Our company has earned accolades in offering Glass Wool Roll.
Glass wool can be a loose-fill material, blown into attics, or together with an active binder, sprayed on the underside of structures, sheets, and panels that can be used to insulate flat surfaces such as cavity wall insulation, ceiling tiles, curtain walls, and ducting.

Achieve superior thermal and acoustic insulation with our high-quality Glasswool Insulation. Lightweight and easy to handle, it's the ideal solution for energy efficiency and noise reduction in residential, commercial, and industrial applications.

Glasswool Insulation – Material Description

Product Type: Fiberglass (Glass Wool) Thermal & Acoustic Insulation
Forms Available: Rolls, slabs, boards, and pipe sections
Facings (optional): Aluminium foil (FSK), glass cloth, black/white tissue, kraft paper
Common Density Range: 10–48 kg/m³ (higher densities also available depending on manufacturer)

1. General Description

Glasswool insulation, also called fiberglass insulation, is a lightweight thermal and acoustic insulation material made from fine fibers of molten glass.
It is produced by melting glass and spinning it into thin, flexible fibers which are bonded using a resin binder to form mats, blankets, or boards.

Glasswool is widely used in building construction, HVAC systems, industrial insulation, and acoustic applications due to its excellent insulating performance and non-combustibility.

2. Key Features & Benefits

• Excellent Thermal Insulation:
  Low thermal conductivity, typically 0.030–0.040 W/m·K, helping reduce heat loss or gain.

• Superior Acoustic Absorption:
  Open-fiber structure effectively absorbs sound, reducing noise transmission.

• Non-combustible:
  Most glass wool products meet Class A1 (EN) or non-combustible ratings.

• Lightweight & Compressible:
  Easy to handle, transport, and install.

• Moisture & Fungal Resistant:
  Does not absorb water easily; inert to mold growth.

• Chemical Stability:
  Resistant to aging, rodents, and insects.

• Environmentally Friendly Options:
  Many grades use recycled glass content.

3. Typical Physical & Chemical Properties

(Representative values; vary by product grade)

4. Available Forms • Glasswool Rolls

Used for large surface areas—duct insulation, ceilings, roofs, walls.
Often supplied with FSK aluminum foil for HVAC applications.

• Glasswool Slabs / Boards

Available in higher densities for walls, partitions, acoustic panels, and equipment insulation.

• Glasswool Pipe Sections

Pre-formed cylindrical sections for piping in HVAC and industrial applications.

5. Common Applications

• HVAC Duct Insulation (internal & external)

• Roof and Wall Insulation (residential & commercial)

• Acoustic Panels & Soundproofing

• False Ceilings & Partition Walls

• Industrial Equipment & Tank Insulation

• Piping (with pre-formed pipe sections)

• Cold & Hot Air Ducting

Twiga Insul is available in flexible blankets (rolls) and slabs or boards, in various densities and thicknesses and with a wide range of factory applied facings which include reinforced fire rated aluminium foil, glass tissue, black glass tissue and a wide range of imported premium facings.

Glasswool Insulation – Material Description

Product Type: Fiberglass (Glass Wool) Thermal & Acoustic Insulation
Forms Available: Rolls, slabs, boards, and pipe sections
Facings (optional): Aluminium foil (FSK), glass cloth, black/white tissue, kraft paper
Common Density Range: 10–48 kg/m³ (higher densities also available depending on manufacturer)

1. General Description

Glasswool insulation, also called fiberglass insulation, is a lightweight thermal and acoustic insulation material made from fine fibers of molten glass.
It is produced by melting glass and spinning it into thin, flexible fibers which are bonded using a resin binder to form mats, blankets, or boards.

Glasswool is widely used in building construction, HVAC systems, industrial insulation, and acoustic applications due to its excellent insulating performance and non-combustibility.

2. Key Features & Benefits

• Excellent Thermal Insulation:
  Low thermal conductivity, typically 0.030–0.040 W/m·K, helping reduce heat loss or gain.

• Superior Acoustic Absorption:
  Open-fiber structure effectively absorbs sound, reducing noise transmission.

• Non-combustible:
  Most glass wool products meet Class A1 (EN) or non-combustible ratings.

• Lightweight & Compressible:
  Easy to handle, transport, and install.

• Moisture & Fungal Resistant:
  Does not absorb water easily; inert to mold growth.

• Chemical Stability:
  Resistant to aging, rodents, and insects.

• Environmentally Friendly Options:
  Many grades use recycled glass content.

3. Typical Physical & Chemical Properties

(Representative values; vary by product grade)

4. Available Forms • Glasswool Rolls

Used for large surface areas—duct insulation, ceilings, roofs, walls.
Often supplied with FSK aluminum foil for HVAC applications.

• Glasswool Slabs / Boards

Available in higher densities for walls, partitions, acoustic panels, and equipment insulation.

• Glasswool Pipe Sections

Pre-formed cylindrical sections for piping in HVAC and industrial applications.

5. Common Applications

• HVAC Duct Insulation (internal & external)

• Roof and Wall Insulation (residential & commercial)

• Acoustic Panels & Soundproofing

• False Ceilings & Partition Walls

• Industrial Equipment & Tank Insulation

• Piping (with pre-formed pipe sections)

• Cold & Hot Air Ducting

• 
  

Glasswool Insulation – Material Description

Product Type: Fiberglass (Glass Wool) Thermal & Acoustic Insulation
Forms Available: Rolls, slabs, boards, and pipe sections
Facings (optional): Aluminium foil (FSK), glass cloth, black/white tissue, kraft paper
Common Density Range: 10–48 kg/m³ (higher densities also available depending on manufacturer)

1. General Description

Glasswool insulation, also called fiberglass insulation, is a lightweight thermal and acoustic insulation material made from fine fibers of molten glass.
It is produced by melting glass and spinning it into thin, flexible fibers which are bonded using a resin binder to form mats, blankets, or boards.

Glasswool is widely used in building construction, HVAC systems, industrial insulation, and acoustic applications due to its excellent insulating performance and non-combustibility.

2. Key Features & Benefits

• Excellent Thermal Insulation:
  Low thermal conductivity, typically 0.030–0.040 W/m·K, helping reduce heat loss or gain.

• Superior Acoustic Absorption:
  Open-fiber structure effectively absorbs sound, reducing noise transmission.

• Non-combustible:
  Most glass wool products meet Class A1 (EN) or non-combustible ratings.

• Lightweight & Compressible:
  Easy to handle, transport, and install.

• Moisture & Fungal Resistant:
  Does not absorb water easily; inert to mold growth.

• Chemical Stability:
  Resistant to aging, rodents, and insects.

• Environmentally Friendly Options:
  Many grades use recycled glass content.

3. Typical Physical & Chemical Properties

(Representative values; vary by product grade)

4. Available Forms • Glasswool Rolls

Used for large surface areas—duct insulation, ceilings, roofs, walls.
Often supplied with FSK aluminum foil for HVAC applications.

• Glasswool Slabs / Boards

Available in higher densities for walls, partitions, acoustic panels, and equipment insulation.

• Glasswool Pipe Sections

Pre-formed cylindrical sections for piping in HVAC and industrial applications.

5. Common Applications

• HVAC Duct Insulation (internal & external)

• Roof and Wall Insulation (residential & commercial)

• Acoustic Panels & Soundproofing

• False Ceilings & Partition Walls

• Industrial Equipment & Tank Insulation

• Piping (with pre-formed pipe sections)

• Cold & Hot Air Ducting.

Glasswool Insulation – Material Description

Product Type: Fiberglass (Glass Wool) Thermal & Acoustic Insulation
Forms Available: Rolls, slabs, boards, and pipe sections
Facings (optional): Aluminium foil (FSK), glass cloth, black/white tissue, kraft paper
Common Density Range: 10–48 kg/m³ (higher densities also available depending on manufacturer)

1. General Description

Glasswool insulation, also called fiberglass insulation, is a lightweight thermal and acoustic insulation material made from fine fibers of molten glass.
It is produced by melting glass and spinning it into thin, flexible fibers which are bonded using a resin binder to form mats, blankets, or boards.

Glasswool is widely used in building construction, HVAC systems, industrial insulation, and acoustic applications due to its excellent insulating performance and non-combustibility.

2. Key Features & Benefits

• Excellent Thermal Insulation:
  Low thermal conductivity, typically 0.030–0.040 W/m·K, helping reduce heat loss or gain.

• Superior Acoustic Absorption:
  Open-fiber structure effectively absorbs sound, reducing noise transmission.

• Non-combustible:
  Most glass wool products meet Class A1 (EN) or non-combustible ratings.

• Lightweight & Compressible:
  Easy to handle, transport, and install.

• Moisture & Fungal Resistant:
  Does not absorb water easily; inert to mold growth.

• Chemical Stability:
  Resistant to aging, rodents, and insects.

• Environmentally Friendly Options:
  Many grades use recycled glass content.

3. Typical Physical & Chemical Properties

(Representative values; vary by product grade)

4. Available Forms • Glasswool Rolls

Used for large surface areas—duct insulation, ceilings, roofs, walls.
Often supplied with FSK aluminum foil for HVAC applications.

• Glasswool Slabs / Boards

Available in higher densities for walls, partitions, acoustic panels, and equipment insulation.

• Glasswool Pipe Sections

Pre-formed cylindrical sections for piping in HVAC and industrial applications.

5. Common Applications

• HVAC Duct Insulation (internal & external)

• Roof and Wall Insulation (residential & commercial)

• Acoustic Panels & Soundproofing

• False Ceilings & Partition Walls

• Industrial Equipment & Tank Insulation

• Piping (with pre-formed pipe sections)

• Cold & Hot Air Ducting

• 
  

Glasswool Insulation – Material Description

Product Type: Fiberglass (Glass Wool) Thermal & Acoustic Insulation
Forms Available: Rolls, slabs, boards, and pipe sections
Facings (optional): Aluminium foil (FSK), glass cloth, black/white tissue, kraft paper
Common Density Range: 10–48 kg/m³ (higher densities also available depending on manufacturer)

1. General Description

Glasswool insulation, also called fiberglass insulation, is a lightweight thermal and acoustic insulation material made from fine fibers of molten glass.
It is produced by melting glass and spinning it into thin, flexible fibers which are bonded using a resin binder to form mats, blankets, or boards.

Glasswool is widely used in building construction, HVAC systems, industrial insulation, and acoustic applications due to its excellent insulating performance and non-combustibility.

2. Key Features & Benefits

• Excellent Thermal Insulation:
  Low thermal conductivity, typically 0.030–0.040 W/m·K, helping reduce heat loss or gain.

• Superior Acoustic Absorption:
  Open-fiber structure effectively absorbs sound, reducing noise transmission.

• Non-combustible:
  Most glass wool products meet Class A1 (EN) or non-combustible ratings.

• Lightweight & Compressible:
  Easy to handle, transport, and install.

• Moisture & Fungal Resistant:
  Does not absorb water easily; inert to mold growth.

• Chemical Stability:
  Resistant to aging, rodents, and insects.

• Environmentally Friendly Options:
  Many grades use recycled glass content.

3. Typical Physical & Chemical Properties

(Representative values; vary by product grade)

4. Available Forms • Glasswool Rolls

Used for large surface areas—duct insulation, ceilings, roofs, walls.
Often supplied with FSK aluminum foil for HVAC applications.

• Glasswool Slabs / Boards

Available in higher densities for walls, partitions, acoustic panels, and equipment insulation.

• Glasswool Pipe Sections

Pre-formed cylindrical sections for piping in HVAC and industrial applications.

5. Common Applications

• HVAC Duct Insulation (internal & external)

• Roof and Wall Insulation (residential & commercial)

• Acoustic Panels & Soundproofing

• False Ceilings & Partition Walls

• Industrial Equipment & Tank Insulation

• Piping (with pre-formed pipe sections)

• Cold & Hot Air Ducting

•