Removable gate valve insulation jackets
Cover the valve body and keep the rising stem and handwheel free to travel.
Split body and optional separate bonnet section
Specifications and thermal reference →Valve Insulation Jackets
Removable Valve Insulation Jackets
For indoor steam or hot-water valves that technicians need to operate and service. Start with the valve tag, a drawing or photos and a one-piece inquiry.
Compare designs, materials and expected results
Removable globe valve insulation jackets
Fit the curved body without crowding the bonnet or packing gland.
Contoured body panels with a formed bonnet opening
Specifications and thermal reference →
Removable ball valve insulation jackets
Leave room to operate the full lever sweep and read the valve position.
Low-profile split jacket with a quarter-turn lever cutout
Specifications and thermal reference →
Control valve insulation jackets with service access
Insulate the valve body while keeping the actuator, tubing and instruments accessible.
Multi-panel body cover with independent instrument access
Specifications and thermal reference →
Steam pressure reducing valve insulation jackets
Cover the hot body and keep pilot tubing, adjusters and gauges available to technicians.
Split body jacket shaped around pilot connections
Specifications and thermal reference →
Removable washdown valve insulation jackets
Plan a cleanable exterior and accessible valve hardware around the site’s washdown routine.
Shaped split jacket with a downward-facing overlap
Specifications and thermal reference →
Removable chilled-water valve insulation covers
Plan a continuous vapour seal through seams, penetrations and pipe insulation transitions.
Serviceable insulated shell with resealable seams and end transitions
Specifications and thermal reference →Proposed design for quotation
Start with a removable body jacket, with a split or separate bonnet section if access calls for it. Keep the stem, handwheel or actuator travel clear.
- Construction options
- Compare coated glass-fibre facings and fibrous insulation for the actual service conditions. A nominal 25 mm core can be priced as a comparison option where thermal and clearance review supports it.
- Dimensions to supply
- Record valve type, connection size, installed body length, flange outside diameter and stem travel. Nominal valve size alone does not define the fit.
- Acceptance checks
- Agree a drawing revision, cover clearances, closure locations and a handwheel travel check. Confirm normal and peak equipment surface temperatures.
The material and thickness above are starting points for supplier review. The written quote specifies the agreed construction and operating limits. See the published hot-service specification example.
One-piece inquiries are welcome. The quotation confirms feasible quantity after design and supplier review. View quotation and dispatch terms →
What to measure before requesting a quote
Body and bonnet envelope, stem projection, and the actuator or handwheel travel.
Keep accessible · Controls, packing gland and identification plate.
TECHNICAL SELECTION
Decisions to make before specifying a cover
Confirm the equipment and operating requirements below before the supplier proposes the final construction and operating limits.
- Equipment type, size and the datum used for each dimension
- One unit system for the whole item schedule, and a revision identifier per drawing
- Operating and maximum temperature recorded separately, with the working medium
- Service access: handwheels, actuators, nameplates, inspection points and removal direction
- Existing insulation, supports and adjacent equipment that limit the removable envelope
- Any buyer-specified standard or documentation requirement, listed as a question rather than a claim
Specifications for a written quote
Valve envelope and travel
Face-to-face length, body width, bonnet height and the full handwheel or actuator travel.
Record normal and peak operating temperatures, their units, and the environment around the equipment.
Published industry reference
The data sheet lists standard and high-temperature variants for selected valve families. Check the exact model and variant.
Spirax Sarco lists maximum equipment surface temperatures of 240 °C for its standard variant and 425 °C for its high-temperature variant. These figures apply to the listed configurations.
The data sheet lists silicone-coated glass fibre fabric and mineral fibre insulation. Use these as comparison points when reviewing supplier material data.
Spirax Sarco insulation jacket data sheet, TI-P225-07
TERCC construction and ratings are confirmed for each proposed assembly in the written quotation.
Compare cover designs
Have a drawing for this item?
Send it with a short description. Detailed technical fields can be completed later during the review.