EXW Singapore — collect or forward from our Singapore office.

3G Electric
JOHNS MANVILLE Ceramic Fiber Insulation Board, 4 ft x 4 ft, 1/2 in Thick - Ceramic Fiber Insulation Boards
JOHNS MANVILLECeramic Fiber Insulation Boards

JOHNS MANVILLE Ceramic Fiber Insulation Board, 4 ft x 4 ft, 1/2 in Thick

3G Electric supplies the Johns Manville High Temperature Insulation: Calcium Silicate, a ceramic fiber insulation board (SKU 638326, MPN 638326) measuring 4 ft x 4 ft with a thickness of 1/2 in and a density of 0.52…

SKU 3G-OTH-742403

Brand
JOHNS MANVILLE
Item
Ceramic Fiber Insulation Board, 4 ft x 4 ft, 1/2 in Thick
Part Number
638326
Category
Ceramic Fiber Insulation Boards
Available to Order
Trade pricing by quote — replies within 24h
Qty
WhatsApp an engineerMessage via Telegram
No account needed — your quote request goes straight to our engineers. A free account lets you track quotes and re-order faster.
EXW Singapore
Collect or forward from our office
Datasheet on Request
Technical specs
1-Day Quote
Replies within 24h

Local availability & support

Payment
Invoicing in USD. Bank transfer (SWIFT) and corporate PO accepted.

Technical Specifications

JOHNS MANVILLE
Manufacturer Part Number
638326
Type
4 ft W, 0.52, 4 ft x 4 ft
Lg
4 ft
Thick
1/2 in

Technical Documents

No technical documents available for this product.
Request documentation →
Not sure this is the right part? Get a recommendation.

Need installation or engineering help?

Installation, commissioning, maintenance plans, system design, and bundled product + service quotes — one team handles the full scope.
Talk to an engineer

Ask a question

JOHNS MANVILLE Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

3G Electric supplies the Johns Manville High Temperature Insulation: Calcium Silicate, a ceramic fiber insulation board (SKU 638326, MPN 638326) measuring 4 ft x 4 ft with a thickness of 1/2 in and a density of 0.52. This product is sourced across our 14 industrial departments, with specialist expertise in combustion, pumps, and controls ensuring accurate interpretation and support for your thermal insulation needs.

Frequently Asked Questions

What is Johns Manville calcium silicate insulation used for?

Johns Manville calcium silicate insulation is used for high-temperature thermal insulation in industrial applications such as boilers, furnaces, and piping. It provides reliable heat retention and fire protection in demanding environments.

What are the specifications of the Johns Manville 638326 insulation board?

The Johns Manville 638326 calcium silicate board measures 4 ft x 4 ft with a thickness of 1/2 in and a density of 0.52. It is a ceramic fiber insulation board designed for high-temperature service.

Where to buy Johns Manville 638326 insulation worldwide?

3G Electric supplies the Johns Manville 638326 calcium silicate board worldwide. We handle full logistics and customs clearance to deliver this insulation to your facility, backed by our specialist expertise in combustion and thermal systems.

How to install Johns Manville calcium silicate insulation boards?

Install Johns Manville calcium silicate boards by cutting to size with a carbide-tipped blade, fitting tightly between supports, and securing with mechanical fasteners or adhesive. Avoid gaps to maintain thermal performance. Always follow manufacturer guidelines for high-temperature applications.

Used in

Common applications for JOHNS MANVILLE
HVAC piping systems — Johns Manville mineral wool 90° elbow insulation (e.g., SKU 19NH44) for thermal and acoustic control on pipe fittings.
Industrial boilers — Johns Manville ceramic fiber insulation boards (SKU 19NE69) for high-temperature thermal insulation of boiler surfaces.
Plumbing systems — Johns Manville mineral wool elbow insulation (e.g., SKU 19NH43) for insulating 90° fittings in commercial plumbing.
Air-handling units — Plenum-rated Johns Manville mineral wool elbow insulation (e.g., SKU 19NH33) for use in air-handling spaces.
Furnaces and kilns — Johns Manville ceramic fiber boards (SKU 19NE69) for lining and insulating high-temperature equipment.
Mechanical pipe fittings — Johns Manville mineral wool elbow insulation (e.g., SKU 19NH60) for thermal insulation in industrial piping networks.
Not sure this is the right part? Photo-identify it→

JOHNS MANVILLE Products

3G Electric supplies JOHNS MANVILLE ceramic fiber insulation boards. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

You might also need

Burners & Combustion →Pumps & Compressors →Spare Parts →All Products →

More from JOHNS MANVILLE

View all JOHNS MANVILLE parts →
Ceramic fiber insulation board, 12 in length, 12 in width, 1/2 in thickness, density 0.52. Used for thermal insulation in high-temperature industrial applications such as boilers, furnaces, and piping systems
JOHNS MANVILLE
Ceramic fiber insulation board, 12 in length, 12 in width, 1/2 in thickness, density 0.52. Used for thermal insulation in high-temperature industrial applications such as boilers, furnaces, and piping systems
Rigid ceramic fiber insulation board measuring 4 ft x 4 ft with 1 in thickness and 1.03 density. Used for high-temperature thermal insulation in industrial applications such as boilers, pipes, and furnaces
JOHNS MANVILLE
Rigid ceramic fiber insulation board measuring 4 ft x 4 ft with 1 in thickness and 1.03 density. Used for high-temperature thermal insulation in industrial applications such as boilers, pipes, and furnaces
Ceramic fiber insulation board for high-temperature applications such as boilers, furnaces, and piping systems. Measures 8 ft x 4 ft with a thickness of 3/4 in and a density of 0.77. Provides thermal efficiency and fire protection in demanding environments
JOHNS MANVILLE
Ceramic fiber insulation board for high-temperature applications such as boilers, furnaces, and piping systems. Measures 8 ft x 4 ft with a thickness of 3/4 in and a density of 0.77. Provides thermal efficiency and fire protection in demanding environments

Customer reviews

No reviews yet — be the first

Questions & answers

No questions yet — ask us the first