Frequently Asked Questions

Finding a quality contractor starts with verifying credentials. Always check for current state licensing, liability insurance, and workers' compensation coverage. In Massachusetts, contractors must be registered with the Division of Construction Services and Licensing (DCSL). Request references from recent projects—ideally properties similar to yours in age and complexity.

Don't rely solely on online reviews. Instead, speak directly with past clients. Ask about communication, timeline adherence, final quality, and whether the contractor stood behind their work. For historic properties or specialized masonry work, seek contractors with specific experience in those areas. Check with the Better Business Bureau and verify their standing with local trade associations.

Start with practical questions: How long have you been in business? Can you show examples of similar projects? What's your process for this type of work? How will you handle unexpected issues? What warranty or guarantee do you offer? When can you start and finish?

Ask about materials and techniques. For concrete work, what's their mix design philosophy? For masonry, what pointing methods do they use? Ask about permits—most substantial work requires building permits. Discuss protection of surrounding areas, waste disposal, and daily working hours. Get everything in writing with detailed specifications, materials, timeline, and payment terms. Don't choose based on price alone—choose based on confidence in quality and communication.

Costs vary significantly based on scope, location, materials, and complexity. Concrete work ranges from $3-15 per square foot for basic repairs to $15-25+ for specialized restoration. Masonry repointing typically costs $10-20 per square foot depending on mortar type and condition. Historic restoration is more expensive due to specialized techniques and materials.

Boston area costs run higher than national averages due to local labor rates and housing costs. Get multiple detailed quotes and understand what's included. Extremely low bids often indicate quality issues or hidden problems that will surface later. Extremely high bids might reflect unnecessary work. Compare specific materials, methods, and timelines, not just final numbers. Remember that quality work is an investment that adds property value and longevity.

Always get a detailed, written contract. Non-negotiable items include: specific project scope and description, materials (brand and specifications if relevant), start and completion dates, total price and payment schedule, contractor's contact information and license number, proof of insurance, and permits to be obtained.

Include warranty terms—how long is the work guaranteed? What issues are covered? Add a contingency plan for unexpected conditions with how they'll be handled and charged. Specify how change orders will be approved and priced. Include provisions for protecting your property and neighboring areas. State your right to inspect work in progress and final walkthrough inspection. Ensure the contract is signed by someone authorized to bind the company. Never pay in full upfront—typical terms are 30% deposit, 40% mid-project, 30% upon completion.

Repointing is the process of removing deteriorated mortar from masonry joints and replacing it with new mortar. Tuckpointing includes repointing plus adding a thin line of contrasting mortar or sealant to create a neat appearance and further protect joints. Tuckpointing is often used on historic buildings where joints need attention but the mortar color differs from the original.

The Brick Industry Association provides comprehensive technical resources and best practices that help understand the distinction and what to expect from professional brick and masonry work. Their technical notes offer valuable insights into proper installation techniques and material specifications that inform quality standards.

Historic masonry presents unique challenges. Original mortar in pre-1920s buildings was often softer lime mortar, not the hard Portland cement mortar used today. Using hard modern mortar on soft historic brick can trap moisture and cause permanent damage. Historic structures often have thinner mortar joints, hand-laid brick variations, and unique details that require specialized knowledge to preserve.

Historic restoration demands contractors who understand building science, material compatibility, and preservation principles. They need to match original mortar color and composition using period-appropriate techniques. This is why finding contractors experienced with historic buildings is crucial—otherwise, "repairs" can accelerate deterioration.

Warning signs include crumbling or missing mortar joints, visible cracks in mortar beds, water infiltration or dampness on interior walls, efflorescence (white powder staining), brick spalling (surface deterioration), or displaced bricks. Run a coin along the mortar—if it crumbles easily, repointing is needed. Look for missing mortar that exposes brick edges to weather.

Don't wait for serious damage. Small repairs prevent larger, more expensive problems. Have a mason inspect if you notice any of these signs. Minor repointing might cost $500-2000 for a small section, while extensive restoration can run into tens of thousands. Early intervention saves money and protects your building's integrity.

Quality repointing using appropriate mortar can last 20-30+ years depending on climate exposure and maintenance. South-facing walls and areas with harsh weather age faster. Moisture management and proper drainage around the building extends life considerably. Some brick lasts 100+ years while mortar needs periodic renewal.

Maintenance helps. Keep gutters clear, downspouts working properly, and caulking sealed. Address water leaks immediately. Avoid aggressive cleaning methods that damage brick surfaces. Have periodic inspections—every 20-30 years for older buildings, sooner in harsh climates. Quality work done right the first time minimizes future problems and costs.

Quality concrete installation can last 30-40+ years with proper maintenance. The American Cement Association emphasizes that proper concrete installation and repair techniques are critical for long-term performance. Material quality, installation methods, drainage, and environmental conditions all influence longevity significantly.

Concrete exposed to freeze-thaw cycles, salt (de-icing chemicals), excessive moisture, or direct sunlight degrades faster. Poor drainage that allows water to pool or infiltrate accelerates deterioration. New England winters are particularly harsh on concrete. Using air-entrained concrete with proper salt-resistant formulations helps, but maintenance is equally important—seal cracks promptly, keep surfaces dry, and address water management issues immediately.

Concrete cracks from multiple causes: settlement or shifting, freeze-thaw damage, structural stress, poor installation, shrinkage during curing, or inadequate reinforcement. Fine hairline cracks are cosmetic but larger cracks (1/8" or wider) allow water infiltration, which accelerates deterioration and can lead to structural issues.

Repair hairline cracks with flexible concrete filler. For larger cracks, consult a professional—they may indicate structural problems requiring assessment. Don't ignore cracks in driveways, patios, or building foundations. Water entering through cracks expands during freezing, widening them and creating expensive damage. Prompt repair prevents exponential deterioration.

Sealing concrete is highly recommended, especially in New England where moisture and de-icing salts accelerate deterioration. Sealers protect the concrete surface, reduce water absorption, resist salt penetration, and extend life significantly. Professional-grade penetrating sealers work better than consumer products, though quality consumer sealers help if professional application isn't feasible.

Seal new concrete after 28 days curing. Reseal every 2-3 years for high-traffic areas, or 3-5 years for less exposed surfaces. In harsh climates like Boston, annual inspection and resealing prevents major damage. Clean concrete thoroughly before sealing—dirt reduces adhesion. The small investment in sealing extends concrete life by 10+ years, easily paying for itself.

Repair addresses specific damage: filling cracks, patching spalling, or addressing structural issues. Resurfacing involves applying a new layer over existing concrete to restore appearance and function. Resurfacing is used when the concrete is structurally sound but surface deterioration is extensive. It's more cost-effective than complete removal and replacement.

Resurfacing typically costs less than removal/replacement but more than spot repairs. Professional resurfacing creates a long-lasting, attractive finish. For extensive deterioration, professionals assess whether repair or resurfacing makes economic sense. Sometimes newer resurfacing products like concrete overlays offer texture and appearance options while adding protection.

Massachusetts adopts the International Building Code (IBC) with state amendments. The International Code Council (ICC) provides building codes and safety standards used across the construction industry to ensure safe, compliant building practices. Different municipalities may have stricter local codes.

Historic building restoration is governed by additional guidelines under the Secretary of the Interior Standards for Historic Preservation. Many restoration projects require permits and inspections. Building departments verify code compliance, especially for structural work or projects affecting building envelope integrity. Never skip permits to save money—unpermitted work can affect insurance coverage, property sales, and create safety issues. Professional contractors understand codes and coordinate permitting.

Building permits are typically required for: structural work, work affecting building envelopes, projects over certain square footage or cost thresholds, or work on historic properties. Cosmetic repointing might not require permits while structural repairs definitely do. Foundation work, waterproofing, or work affecting building integrity requires permits and inspections.

Contact your local building department to confirm requirements—permit criteria vary by municipality. Skipping required permits creates liability, insurance issues, and problems when selling. Professional contractors navigate permit requirements and ensure proper inspections. The permit and inspection process protects you—it ensures work meets code and is done safely and properly.

Professional contractors follow OSHA safety standards for worker protection and property protection. Scaffolding must be properly installed for work above ground level. Workers should wear safety equipment—hard hats, gloves, eye protection, and respiratory protection when necessary (especially for brick dust or old mortar containing lead or asbestos).

Properties need protection—tarps to contain dust and debris, barriers to protect pedestrians, and dust control measures. Quality contractors coordinate with neighbors, explain the project timeline, and minimize disruption. Insurance coverage ensures protection if accidents occur. Never hire contractors without workers' compensation insurance—you could be liable if a worker is injured on your property.