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Copyright 1984 - 2013 Vancouver Mobile Sandblasting Ltd. All Rights Reserved.
Vancouver Mobile Sandblasting Ltd. Providing up to date, sandblasting information to our customers.
 
 Information is powerful!
 
 
History of Sandblasting:
 
The sandblasting process was invented in 1870 by a soldier by the name of Benjamin C. Tilghman. Tilghman after viewing the affects wind blown sand had on glass developed the process that all sandblasters around the world use to this day. Other notable inventors include: Alfred E. Davidson, William E. Watters, Clarence Fletcher, Stanislas Morel and Yvon Desjardins. For more on these inventors please visit our Pioneers page.
 
Country: USA
Patent: US108408                                                                        
Date: 1870, October 18th
Pioneer: Benjamin C. Tilghman
Invention: Inventor of the Sandblasting Process
 
Summary: By means of propelling sand by rapid jet or current of stream, air, water, or other suitable gaseous or liquid medium this invention improves current cutting, grinding, and engraving stone, metal, glass, and other hard substances. The greater the pressure of the jet the bigger will be the velocity imparted to the grains of sand, and the more rapid and powerful the cutting effect upon the solid substance..more... 
 
 
Country: USA. 40th Exhibition of the American Institute of the City of New York.
Great Medal of Honor                                                                        
Date: 1871, October 18th
Pioneer: Benjamin C. Tilghman
Invention: Inventor of the Sandblasting Process
Summary: Extract from the Judge's Report at the 40th Exhibition of the American Institute, held in the City of New York, October, 1871: - No. 2522 Specimens of cutting hard substances by the sand-blast process. Benjamin Chew Tilghman, 1219 Market Street, Philadelphia, Pennsylvania...more..
 
 
Sandblasting Process:
 
The process of sandblasting refers to the act of propelling abrasive from a sandblasting nozel, directing the abrasive towards a targeted surface such as: concrete, steel, brick, rock...  It takes an experienced handler to control the aggressive speed of the abrasive. Abrasive blasting can improve a product's appearance by removing stains, manufacturing compound residue, corrosion,and tool marks. Some blast media can blend surface variations, such as scratches and tooling marks, into an overall uniform appearance. The sandblasting process can be further divided into six areas: Sandblaster, Air Compressor, Blast Machine, Hose, nozzle and abrasive. 
 
Air Compressor: supplies air to the sandblaster and the blast machine
Blast Machine: meter abrasive into the passing air stream
 
 
 
Sandblasting Abrasive:

Abrasive- the abrasive is propelled from the sandblasting nozel at high speeds sometimes dry sometimes wet depending on the surface targeted. The abrasive utilizes the force of the compressed air to achieve the desired result on the targeted surface.  Selecting the right abrasive for the job is crucial. Selecting the wrong abrasive for the targeted surface can result in expensive rework or in the case of concrete a new pour. Keeping this in mind selecting an experienced sandblasting company will save you time and money.

 
Dangers of Sandblasting
 
Sandblasting is only dangerous when not prepared, uninformed, or dangerous occurrences occur that are out of the range of the sandblasters hands. If handled properly a sandblasting site can be safe for all. Sandblasting precautions include: proper safety equipment, air respirators, gloves, boots, suits, helmets. Properly maintained equipment. Safety procedures in place and risk assessments documented prior to blasting.
 
Lead Paint: Sandblasters remove lead paint from various surfaces. Inorder to remove lead the area must first be contained in full to ensure the safety for all involved. Please refer to our Lead Paint Removal Page or our Lead Abatement Page.
 
Silica: Silica can be lethal to sandblasters. We have posted various articles on this topic and have also attempted to detail the risks presented to sandblasters on our Silica page.
 
Containment:May be necessary depending on the conditions of the materials to be blasted. Complete containment of a work area is necessary when dealing with hazardous materials. Containment solutions may also be necessary when sandblasting near environmentally sensitive areas. Please refer to our Containment solutions Page.
 
Safety Procedures: are mandatory and vary from job sites. Depending on the surface to be blasted safety precautions must always be in place.

 
 
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