What are the main specifications of the Sandblasting Room (Abrasive Blast Room)?

Standard specifications are: Room size: Typical 6 x 4 x 4 m to 20 x 6 x 6 m internal; 40 ft container rooms from 15 m long; Surface standard: ISO 8501-1 Sa2.5 (Sa3 on request), 40-75 micron profile; Abrasive: Steel grit or shot G25-G80, garnet or aluminium oxide; recovery capacity typical 5-15 t/h; Floor recovery: Full-floor scraper, partial H-floor or pneumatic sweep-in, chosen by room size and abrasive load; Abrasive cleaning: Bucket elevator, air-wash separator, vibrating screen and storage hopper; Blast stations: 1-4 operators, 8-12.5 mm venturi nozzles at 6-7 bar, 6-10 m3/min compressed air per nozzle; Ventilation: Cross-draft or down-draft at 0.3-0.5 m/s face velocity, cartridge dust collector with pulse cleaning; Lighting: Explosion-protected LED, 300-500 lux at the work surface; Structure: Rubber-lined steel panels, personnel and vehicle doors, side platforms for tall parts; Oper...

What size of workpiece can the Sandblasting Room (Abrasive Blast Room) handle?

The standard working range is Typical 6 x 4 x 4 m to 20 x 6 x 6 m internal; 40 ft container rooms from 15 m long. Larger or non-standard workpieces are handled with a custom-engineered frame.

What performance does the Sandblasting Room (Abrasive Blast Room) deliver?

Rated performance is Full-floor scraper, partial H-floor or pneumatic sweep-in, chosen by room size and abrasive load. Actual output depends on part size, coating thickness, and the operating conditions of the plant.

Three enclosed rooms of a blasting and painting line with roof platforms, yellow access ladders and blue-framed doors in a steel workshop

ABRASIVE BLAST ROOM

Sandblasting Room (Abrasive Blast Room)

Walk-in blast room for containers, steel structures, tanks and large weldments — floor abrasive recovery, air-wash separator, cartridge dust collection and cross-draft ventilation in one enclosure.

Built for parts too large or too varied for an automatic blasting machine, where operators blast to Sa2.5 by hand and the room recovers and cleans the abrasive.

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Technical Specifications

Values below are typical ranges for this equipment type. The figures for your line are fixed in the written specification after we review your parts, output and site.

Room size	Typical 6 x 4 x 4 m to 20 x 6 x 6 m internal; 40 ft container rooms from 15 m long
Surface standard	ISO 8501-1 Sa2.5 (Sa3 on request), 40-75 micron profile
Abrasive	Steel grit or shot G25-G80, garnet or aluminium oxide; recovery capacity typical 5-15 t/h
Floor recovery	Full-floor scraper, partial H-floor or pneumatic sweep-in, chosen by room size and abrasive load
Abrasive cleaning	Bucket elevator, air-wash separator, vibrating screen and storage hopper
Blast stations	1-4 operators, 8-12.5 mm venturi nozzles at 6-7 bar, 6-10 m3/min compressed air per nozzle
Ventilation	Cross-draft or down-draft at 0.3-0.5 m/s face velocity, cartridge dust collector with pulse cleaning
Lighting	Explosion-protected LED, 300-500 lux at the work surface
Structure	Rubber-lined steel panels, personnel and vehicle doors, side platforms for tall parts
Operator safety	Air-fed helmets, breathing-air filtration, dead-man remote control valves

Line Configuration

Steel panel enclosure with wear-resistant rubber lining and sealed doors
Floor abrasive recovery with scrapers or pneumatic conveying to the elevator
Bucket elevator, air-wash separator and abrasive storage hopper feeding the blast pots
Cartridge dust collector sized to the room airflow, with explosion relief where required
Blast pots with remote control, breathing-air system and operator platforms
Optional rail transfer car or roller conveyor for moving parts in and out

Sandblasting Room in Practice

Photos from a blasting and painting room line supplied for large workpieces: blast room with blue-framed double doors and rail-mounted turntable, abrasive recovery elevator and cartridge dust collector, blow-off room with roll-up door, spiral exhaust ducts, control panel and roof platforms with caged access ladders.

Front view of a sandblasting room with blue-framed doors and exhaust ducts beside a larger blow-off room with personnel door — Blast room with exhaust ducts beside the blow-off room

Sandblasting room with blue-framed double doors, exhaust ducts and a rail-mounted turntable for large workpieces in front — Double doors and rail-mounted turntable for loading large parts

Blue abrasive recovery elevator and cartridge dust collector with service platform beside a sandblasting room with exhaust ducts and control panel — Abrasive recovery elevator and dust collector beside the blast room

Enclosed blasting room with roll-up door open, grated floor, roof platform and yellow access ladder — Roll-up door open onto the grated floor

Enclosed rooms of a blasting and painting line with control panel, personnel door, spiral exhaust ducts and roof platforms — Control panel, personnel door and spiral exhaust ducts

Blue-framed enclosure of a sandblasting room with yellow roof railing and caged access ladder next to the blow-off room wall — Blue-framed enclosure with caged access ladder to the roof platform

Row of enclosed blasting and painting rooms with yellow roof platforms, access ladders and a blue-framed room at the end — Roof platforms and access ladders along the room line

Application References

Container plants, steel structure fabricators, pressure vessel and tank builders, shipyard and offshore workshops, and heavy machinery plants that blast large weldments before priming.

Engineering Commitment

Every line is engineered against a written performance specification. Line speed, cure profile, film build and emission level are stated in the contract and demonstrated on your own part at the factory trial run before shipment. One engineering team owns the whole chain — pretreatment, application, curing, conveying and emission control — so the trade-offs between them are settled on the drawing board, not on your factory floor.

Service & Delivery

Standard configurations ship in 30-60 days with a 12-month full-machine and 36-month critical-component warranty. On-site installation, commissioning and operator training are available worldwide, and process tuning and spare parts support continue for the working life of the line.

Frequently Asked Questions

Blast room or automatic shot blasting machine?

A roller-conveyor or hook-type machine is faster for repeat parts of a fixed size. A blast room suits large, one-off or mixed parts, and lets operators reach inside and under the workpiece. Many plants run both: the machine for standard profiles, the room for the rest.

Which floor recovery should I choose?

Full-floor scraper recovery gives the fastest turnaround and the least manual sweeping, at the highest cost. Partial H-floor recovery covers most of the benefit at a lower price for rooms under about 12 m. Pneumatic sweep-in suits small rooms and low throughput.

What dust collector airflow does the room need?

Airflow follows the room cross-section and the chosen face velocity, not the number of nozzles. A 6 x 6 m cross-section at 0.4 m/s needs about 50,000 m3/h. We calculate it from the room drawing and select the cartridge collector to match.