City of Salinas - City Hall Upper Lower ROOF REPORT - FINAL weatherweld

CITY OF SALINAS

CITY HALL

UPPER & LOWER ROOFS
Measurements are from aerial survey and do not include roof slope or parapet walls.

This image is for internal use and not to be used for bidding.

Prepared for:

Jonathan Esteban
City of Salinas
[email protected]
(831) 758-7234
Prepared by:

Kody Berry
Technical Manager
[email protected]
(909) 477-1842
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R O O F I N G M A D E S I M P L E
Roof Management Report
1 BUILDING SUMMARY

ROOFTOP INSPECTION

BUILDING INFORMATION
OWNER:

BUILDING:

ADDRESS:

CONTACT:

EMAIL:

PHONE:

INSPECTION DATE: CORE SAMPLE:

INSPECTION TYPE: DECK CONDITION:

ROOF LEAK DATA: SOURCE:

AGE
SQ. FT.
(INCLUDING

PARAPET
WALLS)

ACCESS SLOPE HEIGHT

EXISTING ROOF TYPE RATING
DECK:

FIELD – EXISTING ROOF:

FIELD SEAMS – EXISTING ROOF:

PERIMETER – EXISTING ROOF:

WALLS:

DRAINS:

SKYLIGHTS:

COUNTER FLASHING:

DEBRIS ON ROOF:

PONDING WATER:

TYPE LAYERS THICKNESS ATTACHMENT

MECHANICAL

ROOF SYSTEM
DECK:

INSULATION:

EXISTING:

DETAILS:

PERIMETER:

TYPE
LINE ITEMS:

NAME QTY

APPROX LINE

ITEM COST
TOTAL
WEATHERWELD ROOF SYSTEM APPROXIMATE TOTAL (+/-15%) WARRANTY LENGTH 40 YEARS
FT

QUANTITY
PERIMETER FLASHING:

DRAINAGE:

ROOFTOP EQUIPMENT/ACCESSORIES
MECHANICAL EQUIPMENT:

PENETRATIONS:

SKYLIGHTS:
9757 7th St Suite 803 Rancho Cucamonga, CA 91730 (888) 440-3224 ADDITIONAL ROOF:
2 Salinas City Hall Upper Section 2/10/2023
1 This aerial photo shows all sections of the building. The aerial map includes GPS dimensions of the buildings that are included in this report. The areas are outlined in red boxes. These dimensions are the area and size basis of
this report.

Measurements are from aerial survey and do not include
roof slope. This image is for internal use and not to be used for bidding purposes.

Project: Salinas City Hall Upper Section
Date: 2/7/2023, 9:49am
Creator: Nathen Berry
Tags: building 1
2 This aerial photo shows all sections of the building.

Project: Salinas City Hall Upper Section
Date: 2/7/2023, 9:33am
Creator: Nathen Berry
3 The roof was core tested to determine the components of the rookng system from the dec• up.

The roof assembly for this building consists of a:

R Metal Loof Dec•
R 8ightweight Concrete
R Built Up Gravel
Project: Salinas City Hall Upper Section
Date: 2/7/2023, 9:0Iam
Creator: Nathen Berry
Section 1 Salinas City Hall Upper Section

3 Salinas City Hall Upper Section 2/10/2023
4 Built up roofs are covered with gravel to protect the as- phalt against the sun. 'n theory, itWs a great idea. But when the roof lea•s, trying to knd them becomes a nightmare.

This is why OeatherOeld seamless roof reinforcement
was designed, to encapsulate gravel surfaced roofs and
ma•e them one seamless piece.

Project: Salinas City Hall Upper Section
Date: 2/7/2023, 9:02am
Creator: Nathen Berry
5 Loof drains are bloc•ed with debris. 't is recommended to •eep the roof clear of debris, especially around drains.

This should become a S<P before each rain.

Project: Salinas City Hall Upper Section
Date: 2/7/2023, 9:03am
Creator: Nathen Berry
6 Project: Salinas City Hall Upper Section
Date: 2/7/2023, 9:00am
Creator: Nathen Berry
Section 1 Salinas City Hall Upper Section
4 Counter flashing is low. It is recommended to replace counter flashing during roof work.

Salinas City Hall Upper Section 2/10/2023
7 The perimeter of this building consist of a stucco parapet wall with a concrete paver coping. The roof terminates
at the parapet wall transition with a sheet metal counter =ashing installed approximately I inches above the roof line. Counter =ashing for this type can be a source of roof lea•s considering the area above the sheet metal is not waterproof. 't is recommended to encapsulate the entire wall with the rookng membrane extending all the way to
the outside edge of the wall.

Project: Salinas City Hall Upper Section
Date: 2/7/2023, 9:02am
Creator: Nathen Berry
8 Oall panel corrosion in the facia below the edge =ash- ing could be lea•ing into the building. This was recently painted by maintenance crews. This should be addressed
prior to roof wor•.

Project: Salinas City Hall Upper Section
Date: 2/7/2023, 9:03am
Creator: Nathen BerrySection 1 Salinas City Hall Upper Section 5 WHAT DOES THIS ROOF NEED TO STAY WATERTIGHT?

CITY OF SALINAS - CITY HALL, UPPER ROOF
If your existing roof is in serviceable condition and targeted maintenance will solve roof leaks for the long term, it’s recommended to repair the roof and not spend additional money on roof reinforcement or a new roof system.

If maintaining the roof once with targeted maintenance will not keep the building watertight, reinforcing the existing roof with WeatherWeld is the next step.

Certain conditions dictate that the existing roof may not be able to be reinforced. In this case, roof removal would be required.

TARGETED MAINTENANCE

REINFORCE EXISTING ROOF
REMOVE ROOF – INSTALL NEW ROOF SYSTEM
It is recommended to perform regular maintenance on this roof using a targeted maintenance plan to repair/seal areas of the roof that could be leaking. WeatherWeld can be installed by hand for small repairs to the existing roof. The owner/facilities manager can perform repairs on their own, or have an approved contractor install WeatherWeld out of buckets. WeatherWeld’s Technical Representative will help create a scope of work and assist in creating a plan to get the roof watertight under the targeted maintenance plan.

WeatherWeld is the perfect solution to eliminate the roof leaks on this building. The existing roof can stay in place, and a WeatherWeld roof reinforcement coating system will be installed directly over the existing roof making the entire roof seamless from the top of the parapet wall to the bottom of the drain. This will eliminate all roof leaks. By installing a WeatherWeld roof on this building, the facilities team will have a leak free roof that will require no maintenance for the life of the warranty. You get the benefit of WeatherWeld encapsulating the ductwork and equipment issues all at once. The finished roof will have a white “cool roof” title 24 compliant surface.

The following cases indicate that a roof needs to be removed:

1. The building has more than one roof system installed—building code only allows a maximum of two roof systems to be installed on a building.

2. If there is trapped moisture in the roof system

3. Building modernization requires exposing the roof deck

4. Roof drainage needs improvement

5. Roof deck replacement is required on a large scale.

REINFORCE EXISTING ROOF (SILICONE ROOFS)
Silicone coatings are not compatible with typical roofing materials. The only thing that sticks to silicone, is silicone. The best solution for silicone coated roofs is to tear the roof and start over.

When removal is not possible, a new roof system can be installed over the existing roof. For coated standing seam metal, flute fill insulation can be mechanically installed, and a new seamless roof system installed creating a flat roof.

Remove top roof layer, leave the original roof in place. In some cases, the original roof system would be a candidate for WeatherWeld roof reinforcement and would count as a roof coating system. For this instance, remove only the top layer, leaving the original roof system. Once the top roof is removed, prepare the original roof, and install WeatherWeld seamless roof reinforcement.

REMOVE TOP ROOF LAYER – INSTALL NEW ROOF SYSTEM
REMOVE EXISTING ROOF – REUSE EXISTING INSULATION
Remove the existing roof and reuse existing insulation. If roofing systems requires removal but existing roof insulation can be reused. Attach a ½” gypsum substrate board and install a WeatherWeld new roof reinforcement system.

X
6 BUILDING SUMMARY

ROOFTOP INSPECTION

BUILDING INFORMATION
OWNER: CITY OF SALINAS
BUILDING: City Hall – Lower Section
ADDRESS: 200 Lincoln Ave. Salinas, CA 93901
CONTACT: Jonathan Esteban
EMAIL: [email protected]
PHONE: (831) 758-7234
INSPECTION DATE: 2/7/2023 CORE SAMPLE: YES
INSPECTION TYPE: VISUAL DECK CONDITION: POOR
ROOF LEAK DATA: OWNER SOURCE: VISUAL
AGE
SQ. FT.
(INCLUDING

PARAPET
WALLS)

ACCESS SLOPE HEIGHT
15+ YEARS 14,770 INTERNAL
STAIRWAY ¼”-12 20 FT

EXISTING ROOF TYPE RATING
DECK: POOR
FIELD – EXISTING ROOF: POOR
FIELD SEAMS – EXISTING ROOF: POOR
PERIMETER – EXISTING ROOF: POOR
WALLS: POOR
DRAINS: POOR
SKYLIGHTS: N/A
COUNTER FLASHING: POOR
DEBRIS ON ROOF: YES
PONDING WATER: YES

ROOF SYSTEM TYPE LAYERS ATTACHMENT THICKNESS
DECK: METAL 1 ½”+
INSULATION: LIGHTWEIGHT - ½”+
EXISTING: BUILT UP
GRAVEL 1 ½”+
ADDITIONAL ROOF: HOT MOP BUR ½”+
DETAILS:

PERIMETER: CONCRETE PARAPET WALLS
PERIMETER FLASHING: COUNTER FLASHING & COPING CAP
DRAINAGE: FLUSH MOUNT DRAINS

ROOFTOP EQUIPMENT/ACCESSORIES TYPE QUANTITY
MECHANICAL EQUIPMENT: CURB MOUNTED AC 1
PENETRATIONS: PIPES 10+
SKYLIGHTS: N/A -
LINE ITEMS:

NAME QTY APPROX LINE

ITEMS COST
TOTAL
WEATHERWELD ROOF SYSTEM WARRANTY LENGTH APPROXIMATE TOTAL (+/-15%) NCNN-1B-16-30-A 40 YEARS
7 $295,400
Salinas City Hall Lower Section 2/10/2023
1 This aerial photo shows all sections of the building. The aerial map includes GPS dimensions of the buildings that are included in this report. The areas are outlined in red boxes. These dimensions are the area and size basis of
this report.

Measurements are from aerial survey and do not include
roof slope. This image is for internal use and not to be used for bidding purposes.

Project: Salinas City Hall
Date: 2/7/2023, 9:49am
Creator: Nathen Berry
2 This aerial photo shows all sections of the building.

Project: Salinas City Hall
Date: 2/7/2023, 9:33am
Creator: Nathen Berry
3 The existing roof assembly was tested using a diagnostic core cut to determine the roof layers, insulation types, if any, and the deck type.

This photo shows the results of the core test and a photo of the existing roof assembly from the deck up.

The roof assembly for this building consists of:
• Metal Roof Deck
• Lightweight Concrete
• Built Up Gravel
Project: Salinas City Hall
Date: 2/7/2023, 8:37am
Creator: Nathen Berry
Section 1 Salinas City Hall
8 Salinas City Hall Lower Section 2/10/2023
4 Roof drains are blocked with debris. It is recommended to keep the roof clear of debris, especially around drains.

This should become a SOP before each rain.

Project: Salinas City Hall
Date: 2/7/2023, 8:53am
Creator: Nathen Berry
5 There are several seams on this roof, allowing water in- trusion. This area has been repaired by a roo’ng contrac- tor with built-up roo’ng material. This is not solving the problem, in fact, itqs making it worse, leaving the trapped water in the roof system, re=uiring tear off.

Project: Salinas City Hall
Date: 2/7/2023, 8:28am
Creator: Nathen Berry
6 Sheet metal coping is installed at tops of parapet walls.

Most common roof leaks from coping metal include un-
sealed joints and unsealed fasteners. Deterioration of the sheet metal is a concern. Based on the visual inspection, it is recommended replace sheetmetal coping during roof work.

Project: Salinas City Hall
Date: 2/7/2023, 8:28am
Creator: Nathen Berry
Section 1 Salinas City Hall
9 Salinas City Hall Lower Section 2/10/2023
7 Openings, or cracks in metal >ashings allow water intru- sion into the building.

There are a couple factors why this could be happen-
ing, fastening patterns may not be ade=uate for the wind speeds in the area. This would also be due to building
movement, or installation errors.

It is recommended to replace all >ashings during roof
work.

Project: Salinas City Hall
Date: 2/7/2023, 8:52am
Creator: Nathen Berry
8 Deteriorating coatings and sealants are causing the
sheet metal flashing to deteriorate.

It is recommended to replace all flashings during roof
work.

Project: Salinas City Hall
Date: 2/7/2023, 8:53am
Creator: Nathen Berry
9 Rooftop e=uipment consist of curb mounted air condi-
tioner units. There are several pipes that run along the roof deck that are supported by wood blocks. Roof appli- cations will be installed to the e=uipment >ashing at roof curbs, and new blocks will be installed under pipes.

Project: Salinas City Hall
Date: 2/7/2023, 8:54am
Creator: Nathen Berry
Section 1 Salinas City Hall
10 Salinas City Hall Lower Section 2/10/2023
10 It appears that a roo’ng contractor is installing a roof over the existing. Our test cut shows the insulation is wet, and installing a roof over wet insulation is not troublesome.

Project: Salinas City Hall
Date: 2/7/2023, 8:54am
Creator: Nathen Berry
Section 1 Salinas City Hall

11 WHAT DOES THIS ROOF NEED TO STAY WATERTIGHT?

CITY OF SALINAS - CITY HALL, LOWER ROOF
If your existing roof is in serviceable condition and targeted maintenance will solve roof leaks for the long term, it’s recommended to repair the roof and not spend additional money on roof reinforcement or a new roof system.

If maintaining the roof once with targeted maintenance will not keep the building watertight, reinforcing the existing roof with WeatherWeld is the next step.

Certain conditions dictate that the existing roof may not be able to be reinforced. In this case, roof removal would be required.

TARGETED MAINTENANCE

The following cases indicate that a roof needs to be removed:

1. The building has more than one roof system installed—building code only allows a maximum of two roof systems to be installed on a building.

2. If there is trapped moisture in the roof system

3. Building modernization requires exposing the roof deck

4. Roof drainage needs improvement

5. Roof deck replacement is required on a large scale.

12 WHY ROOFS FAIL

WHY DOES THE EXISTING ROOF FAIL?

Roofing systems fail for various reasons in a western climate like California. The following are examples of common failures.

Physical Effects
• UV Exposure: The primary reason for roofing failure is UV exposure. The Sun deteriorates roofing membranes faster than other climate regions.
• Thermal expansion and contraction: with an average temperature swing of 30 degrees, buildings cycle a minimum of 2 times a day.

Over time, this creates concentrated stress on roofing materials. • Age: All roofs deteriorate with age. When you combine the factors above, roofs dry out and become brittle, seams degrade, and roof systems lose the ability to keep the building waterproof.

Existing Roof Types and Common Issues

Built-up roof: layers of felt saturated in asphalt is one of the oldest types of roofing. As built-up roofs age, UV exposure dries out asphalt, making it brittle. This causes the roof to lose strength and elongation after approximately 10 years.

The following observations can help determine the condition of built-up roofs through visual inspection:
• Micro granules piled up near roof drains
• Exposed fiberglass felt in the field of the roof
• Ridging, buckling, or blistering in the roof system.
• Material shrinkage at intersections and base flashings

Modified built-up roofs have the same observations above and close inspection could show UV damage creating micro fractures in the roof membrane.

Gravel surfaced built-up roofs have the same observations above except damage is hidden due to the roof being covered with loose gravel—inspect carefully.

Single ply roofs: thin layers of plastic rolled out, creating a plastic membrane, must be seamed/welded by hand in the field. Rolls are designed to be installed on flat surfaces with no penetrations. Material ranges between 30 and 70 mills (extremely thin), depending on plastic membrane type. The life cycle of plastic roof membranes varies drastically on the type of plastic and the location where material is installed.

A perfectly installed single ply in perfect climate might last 20 years. However, results are not typical, and life cycle varies. Single ply roofs fail for various reasons. The following observations can help determine the condition of single ply roofs through visual inspection:
• Chalking or cracking on the surface of the membrane
• Loose or delaminated seams
• Exposed scrim/fabric reinforcement
• Burn through at roof fasteners (discoloration at fasteners and plates) • Fluttering of membrane in windy conditions
• Discoloration and other types of surface changes in plastic membrane • Material shrinkage at intersections and base flashings

Foam and coating roofs: Spray applied foam relies on the surface coating to protect the foam underneath. As soon as the thin surface coating wears away, foam absorbs water and basically turns it into a sponge. Foam roofs require recoating the foam on a maintenance plan (5-10 years). Foam should be considered a roof maintenance system because these types of roofs are only as watertight as the thin coating on top. The following observations can help determine the condition of foam roofs through visual inspection:
• Deterioration of surface coating exposing foam insulation underneath • Blisters in foam layers
• Wet sponge-like areas where water is saturated into foam insulation • Holes in roof where animals peck holes in roof surface • Uneven application inhibiting water drainage

Metal roofs: roofs with standing seam or corrugated metal rely on overlapped/crimped sheet metal panels to remain watertight. In most cases, sheet metal panels are not the cause of roof leaks. Building movement, UV deterioration of waterproofing seals, and unsealed fasteners create roof leaks. In rare occurrences, oxidation or deterioration of surface coatings corrodes the sheet metal creating rust and holes in the panel itself. The following observations can help determine the condition of metal roofs through visual inspection:
• Exposed sheet metal seams
• Failed repair material seals at seams, penetrations, and joints • Backed out fasteners with deteriorated rubber gaskets • Oxidation/rust in panels

HOW DO I KNOW WHEN TO REPLACE MY ROOF?

If the roof can be repaired to get the roof watertight, repair the roof. If repair won’t solve all the roof problems or repair would be too extensive, roof reinforcement of the entire roof is recommended.

In some cases, legally or structurally, where the roof cannot be reinforced, removal may be required to start with a new roof system.

13 OPTIONS

WHAT ARE THE OPTIONS FOR REPLACEMENT OF MY ROOF?

Remove and replace the entire roof system
Most roofs with only one layer installed do not require removal. A roof needs to be removed only if there is underlying deck damage, moisture, or design defect in the existing roof system. Buildings that have two roof systems/layers installed, must be removed because building code doesn’t allow more than two layers of roofing on a building. Roof removal also requires a minimum R-Value requirement to meet CA Title 24. This cost could be significant considering the cost of removal and flashing height increases, plus the cost of disruption to the building and its occupants. This is the worst-case scenario and only recommended when required.

Reinforce the existing roof
Your existing roof leaks because the roofing system has lost its ability to keep the roof watertight. This could be due to uv exposure, moisture in the roofing system, failing seams, or improper installation from the start. Overall, most roofs over 10 years old have lost the strength required to remain watertight.

Seamless Roof Reinforcement is stronger than the existing roof was when it was new. WeatherWeld takes place of the existing roof, creating a seamless reinforced membrane designed to encapsulate most existing roofs from the top of a wall continuously into the drain, making roof leaks impossible.

OTHER ROOFING OPTIONS - WHATS THE DIFFERENCE?

“ROOF RESTORATION”
There is no such thing. Age affects roofs the same way it affects people and everything else. You can’t make something old into something new. Plasticizers will not regenerate within the materials, and the tensile strength lost through cycle fatigue will not return. The laws of physics always trump the promises of marketing. Cool roof coatings and “restoration” products are marketing hoaxes—they can’t penetrate the existing substrate matrix at any meaningful depth and are not thick enough to be resilient long term.

COATINGS
Elastomeric and silicone are another false hope. Coating a roof does nothing but cover the roof in its existing condition with a layer of paint. The “guarantees” that are issued on these systems usually cover only material, not leaks. We have seen many 50-year silicone guarantees, but have never seen a silicone roof last a warranty length still in service.

SINGLE PLY
Single ply is a product that must be patched and repaired from the start. Typical installations with TPO and PVC last less than 15 years in the Western United States. Plastic sheets must be unrolled and welded with a hot air welder at every seam. This creates the possibility for human error.

Every seam must be physically inspected because you are left with a thin sheet of plastic with miles of welds and patches on a typical roof. The sun degrades synthetic materials at unpredictable rates, and this means the lifecycle of synthetic materials are hard to judge. This is the reason why most single plies are reformulated repeatedly.

WHAT TO LOOK FOR WHEN CHOOSING A ROOF

A long-term solution to keep the roof watertight should have the following characteristics:

SEAMLESS: The existing roof leaks because it has seams. Water finds a seam and leaks into your building.

Theoretically, if a roof is seamless, there would be no place for it to leak.

STRONG: A roof must be strong enough to withstand thermal movement.

DURABLE: The seamless membrane must be resistant to rooftop traffic, debris on the roof, and rooftop equipment.

TIME TESTED: The product must have a real track record of successful performance in real life applications, not just accelerated weathering tests in a lab. Note that most single ply and coatings have not been around for a warranty period.

GUARANTEED: An NDL warranty that covers labor, material, and repairs, for the life of the warranty. Most warranties cover material but not labor; the fine print with warranty exclusions lets manufacturers escape liability.

AFFORDABLE: Add up the cost of the roof, including maintenance and replacement over 40 years. Why 40 years? Because most buildings will be here 40 years from now. When you choose roof systems that are designed to last with minimal maintenance, the lifecycle cost is lower.

14 WeatherWeld is a roof designed to withstand the elements and provide a leak free roof for generations. More than 30 years ago, WeatherWeld created a seamless roof system designed to reinforce existing roofs by combining the strongest long-lasting materials in the world. By combining ceramic emulsion and intertwined fiberglass together, the seamless membrane encapsulates the entire roof from the top of the wall to the bottom of the drain.

CHARACTERISTICS OF WEATHERWELD
SEAMLESS: WeatherWeld makes your roof one seamless encapsulated membrane.

STRONG: WeatherWeld is reinforced with unbelievable amounts of long strand fiberglass, which creates a membrane that you can literally drive a truck on.

DURABLE: WeatherWeld is resistant to rooftop traffic and damage.

ROBUST: WeatherWeld is thick and durable; when you see it, you’ll be able to tell why it lasts so long.

TIME TESTED: WeatherWeld is one of the only roofs in the world that has lasted a warranty length and is still in excellent condition; 30+ years and still doing its job of keeping buildings watertight.

GUARANTEED: The real warranty in a roof is in the product. Don’t buy based on marketing materials. Rather, buy a product that you can see will last. WeatherWeld comes with an industry leading 40-year NDL warranty that’s simple: “IF IT LEAKS, WE FIX IT.”
AFFORDABLE: The cheapest most cost-effective way for you to have a leak-free roof for generations, is to buy the right roof the first time; a roof that won't require maintenance or replacement.

SAFE: Using environmentally friendly materials that are water based, there is very little smell and disruption during installation. Most school and healthcare clients install WeatherWeld when buildings are occupied, with no complaints.

WHAT YOU GET WHEN YOU BUY
WeatherWeld:
• Is ¼” thick, made of strong and durable materials.

Coatings and restoration systems are thin and weak
• Comes with a 40-year NDL warranty.

Coatings and restoration systems offer warranties between 10 and 20 years, and they HAVE EXCLUSIONS for your type of roof.
• Is seamless. It’s one encapsulated piece from the top of the wall to the bottom of the drain.

Coatings and restoration systems are reinforced with a thin weak piece of polyester; some are not even reinforced.

Unreinforced means not strong, and roof movement will continue (this means the roof will still leak). • Comes with turnkey support. With WeatherWeld, you get a dedicated technical team that is available 24/7 to ensure your WeatherWeld roof will last for generations. You get everything from reports, diagnostics, on-site inspections, etc.

Coatings and restoration companies either have zero technical support or they charge for inspection and services—you deserve a simple process from start to finish.
• Is simple to repair. When you need to put new equipment or penetrations on the roof, repairing WeatherWeld is simple. WeatherWeld repair is available in a bucket that you or your maintenance team can install by hand. Simply contact us, and problem solved!
• Requires no maintenance. All you have to do is keep the drains clear.

15 BUDGET

CITY OF SALINAS – CITY HALL, UPPER & LOWER ROOFS

The roof budget below is designed to give a building owner or facilities managers a budget, or a range of what a roof system should cost. WeatherWeld is a roof system manufacturer, and we do not provide full roof installations as a contractor. This budget is based on an approximate estimate of what a licensed and approved WeatherWeld contractor will bid for the roof project including labor, material, warranty, and ancillary services. Actual budgets and pricing may vary based on material price increases, availability, and contractor profit margins.

BUDGETS ARE ESTIMATE RANGES AND MAY VARY BY +/- 15%

UPPER ROOF LOWER ROOF TOTAL

WEATHERWELD
SPECIFICATION R-1P-16-45-A NCNN-1B-16-30-A
WARRANTY LENGTH 40 YEARS 40 YEARS
APPROX. ROOF AREA (INCL
PARAPET WALLS) 9,855 14,770 24,625
PRICE PER SQ FT $17 $20

LINE-ITEM TOTAL
GRAND TOTAL $167,535 $295,400 $462,935

APPROXIMATE PRICE PER FOOT INSTALLED FOR 40 YEAR ROOF SYSTEM

$ 18.80 PER FOOT

APPROXIMATE TOTAL FOR ROOFING PROJECT IF ROOFED AT THE SAME TIME

$462,935

LIMITATIONS

The content of this report represents the author’s opinion and is based on limited observation. It should be understood that there is NO GUARANTEE OR WARRANTY, EXPRESSED OR IMPLIED, connected with this report. We cannot assume any liability for damages which may result from any conditions which this report might not disclose.

This report is prepared for the CONFIDENTIAL and EXCLUSIVE use of our client. Conditions observed and noted are not inclusive of every situation, but of typical and specific conditions. Note: Measurements are from aerial survey and do not include roof slope or parapet walls. Images with measurements are for internal use and not to be used for bidding purposes. Actual measurements must be verified on site by bidding contractor. Budgets are estimates and actual bids will vary based on contractor bidding, material prices, inflation, and availability. WeatherWeld or Liquiform Technologies is manufacturer of roofing systems, not a licensed roofing contractor.

LIQUIFORM TECHNOLOGIES INC. 9757 7TH STREET. SUITE 803. RANCHO CUCAMONGA CA. 91730. (888) 440-3224. www.weatherweld.com

PROJECT PROFILES

University of California, Riverside
WeatherWeld R-16-30-A
Warranty 30 Year NDL
Menifee Union School District School
WeatherWeld R-16-30-M-A
Warranty 30 Year NDL

Anaheim Convention Center
WeatherWeld R-1P-16-45-A & R-16-30-A
Warranty 30 Year NDL
Pomona Valley Hospital
NCNN-1B-16-30-A
Warranty 40 Year NDL

Long Beach Main Library
WeatherWeld R-16-30-A
Warranty 20 Year NDL
State of California Water Resources Building
WeatherWeld W-R-1P-16-45-A
Warranty 20 Year NDL

17 ROOF REINFORCEMENT SYSTEMS R-1P-16-45-A 40 YEAR WARRANTY 9757 7th St. #803 Rancho Cucamonga, CA 91730
(888) 440-3224 www.weatherweld.com

a division of Liquiform Technologies Inc.

DESCRIPTION
WeatherWeld is a fully seamless reinforced roof system that is designed to reinforce existing roof systems such as gravel surfaced built up roofs.

WeatherWeld is made to be the strongest roof system on the market.

WeatherWeld created a roofing system util izing the longest lasting and strongest materials in the world combined through a patented 3D printer that creates a seamless reinforced membrane that is super strong , durable, and designed to last for generations.

The seamless roof system combines ceramic asphalt emulsion with intertwined fiberglass, which creates a seamless membrane that is virtually impenetrable.

MATERIALS
The materials used in the WeatherWeld gravel roof restoration system include:

1. Emulsion WeatherWeld Asphalt Emulsion

1. 2. Fiberglass WeatherWeld Fiberglass Gun Roving

2. 3. Polyester Ply WeatherWeld Polyester Ply

4. Base Coat WeatherWeld Base Coat

5. Top Coat WeatherWeld Title 24 Top Coat

6. Aluminum Coating WeatherWeld Aluminum Coating

7. Self-Adhering Membrane Henry Ruftac 600

8. Asphalt primer Water Based Asphalt Primer

PHYSICAL PROPERTIES
• System Weight: 2.23. per 100 sq. ft (1.01 kg) dry.

APPLICATION EQUIPMENT

1. 1. Graco 1017 Roof Pump with 500’ 1” SAE hydraulic hose

2. Towable Air Compressor with 500’ ½” air hose

3. Emulsion tanker (delivered to jobsite)

4. WeatherWeld 3D Roof Printer (handheld application machine rented from WeatherWeld on a per job basis)

5. Pressure washer

6. Water hose and water source (enough length to wrap around building)

7. Wet Mil Gauge

2. 8. General PPE

9. General roofing tools

INSTALLATION
Installation of the WeatherWeld system is accomplished in 7 steps:

1. Vacuum loose gravel.

2. Prepare existing Gravel Surfaced Built Up roof, seams, fasteners, walls, roof flashings, drains, and penetrations.

3. Install Polyester Leveling System

4. Install WeatherWeld (spray application).

5. Install reflective coating system (optional) .

1. 6. Install flashings, and additional items listed below .

7. Contact WeatherWeld Representative for final inspection.

Prior to installation, ensure that adhesion testing was conducted in accordance with WeatherWeld adhesion testing procedures to verify a minimum adhesion strength of four (4) pounds per linear inch (pli) for WeatherWeld to the applicable substrates. When calculating material requirements for a particular project, consideration must be given to applic ator variance and surface texture.

REPAIR

1. All necessary metal seam and flashing repairs must be done according to good construction practices, including the removal of all wet insulation and defective materials as identified through a moisture detect ion survey, such as an infrared scan and replacement with like materials.

2. All seams must be checked, and any loose or damaged seams or fasteners must be resealed/repaired.

3. Panels rusted through or not structurally sound must be replaced with new panels.

4. Repair blisters, holes, cuts, cracks, splits, or other surface defects with WeatherWeld materials.

PREPARATION

1. Confirm local water run-off ordinances and restrictions prior to cleaning roof.

2. Vacuum all loose gravel.

3. Carefully power wash all roof surfaces with clean water to remove debris, rust, scale, dirt, dust, chalking, peeling, or flaking coatings, etc. Do not force water into the roof system or damage roof surfaces. Rinse at least twice to be sure all cleaning agents or contaminants are completely removed to prevent adhesion issues.

4. If the roof surface becomes contaminated with dirt, dust, or other particles at any time during the application of the WeatherWeld system, cleaning measures must be taken to restore the surface to a suitable condition.

5. Ensure roof is dry prior to application.

FLASHING
NOTE: All flashings must have 500 mills DFT (dry film thickness) of WeatherWeld Composite installed extending 24” in each direction prior to completion of the project.

PERIMETER EDGE ROOF FLASHING SYSTEM : Replace perimeter edge flashing system with new.

Ensure existing roof flashings, including sheet metal flashings, base- flashings,
and drains or gutters, are in serviceable condition. If items are installed incorrectly, items should be replaced with new.

The following items are required to be in watertight condition for a WeatherWeld warranty to be issued for the project:

1. Drains and Scuppers

2. Sheetmetal Coping

3. Counter-Flashings

4. Perimeter and Edge flashings

5. Equipment Platforms and Sheetmetal Pans

6. Expansion Joints

7. Sheetmetal Ducts and Seals

8. Electrical Enclosures and Conduits

9. Transition Flashings

10. Any other item that could affect the watertight integrity of the WeatherWeld Seamless Roof System

POLYESTER LEVELING SYSTEM APPLICATION

1. Solidly embed polyester ply in 15 gal. of emulsion per 100 sq. ft. (6.1 L/m2).

2. Polyester must be brought to the top of all base flashings.

3. Allow polyester to dry to accept foot traffic prior to application of the WeatherWeld composite.

WEATHERWELD SEAMLESS ROOFING APPLICATION
Apply one layer of the composite roofing at the following ratio:

1. Asphalt Emulsion (undiluted): 30 gal. per 100 square feet (12.2 L/m2).

2. Fiberglass Reinforcement: 16 lb. per 100 square feet (0.78 Kg/m2).

• No water or other material may be added to the emulsion to thin or extend pot life.
• Fiberglass must be disbursed from the applicator in varying intertwined lengths, up to 24 inches (610mm).
• Thoroughly mix fiberglass and emulsion prior to application on roof surface.
• Any loose strands must be brushed by hand, removed or filled -in with emulsion to create a solid surface.
• Upon completion, no area may be less than 2 50 mil dry film thickness (DFT).
• Install additional material at all roof flashings, 500 mils (DFT) of WeatherWeld composite installed, extending 24” in each direction prior to completion of the project.
• Areas such as base flashings and penetrations, where
application exceeds 500 mils wet, must be brushed by hand to prevent surface crazing.

18 ROOF REINFORCEMENT SYSTEMS R-1P-16-45-A 40 YEAR WARRANTY 9757 7th St. #803 Rancho Cucamonga, CA 91730
(888) 440-3224 www.weatherweld.com

a division of Liquiform Technologies Inc.

REFLECTIVE COATING INSTALLATION *
Prior to reflective coating application, wash the roof surface with water. Do not commence application until the system has thoroughly dried, as registered by a reading of zero on a calibrated moisture meter.

1. Acrylic Title 24 Coating Application: Apply Title 24 roof coating at a minimum of 1 1/2 gal. per 100 square feet (0.6 L/m2). in each of two passes to total 3 gallons per 100 square feet (1.2 L/m2). Back rolling is recommended to ensure even coverage throughout.

2. Energy Star rated Aluminum Coating Application: Apply Aluminum coating at a minimum of 2 gal. per 100 square feet (1.0 L/m2). *Reflective coating system is optional. Refer to local codes for Title 24 or Energy Star requirements.

ROOF

ACCESSORIES (INSTALL AFTER REFLECTIVE COATING SYSTEM)
Walkway Pads (optional) or Non-Slip Walking Surface
Polymer Pipe Supports
Storm Collars on Pipes
Coping Caps and Flashings
Access Hatches and Ladders
Drain Rings and Screens

INSPECTION
Inspect entire roof area and touch-up deficient areas with WeatherWeld or reflective coating as necessary to ensure complete and uniform coverage.

Special attention should be given to critical areas of roof, including roof penetrations, transitions, existing membrane seams, flashings, and drains.

LIMITATIONS
These are general guidelines for application of the WeatherWeld Seamless Roof System. The material requirements may vary depending on the specific job requirements. If unusual conditions exist, contact your local WeatherWeld Representative.

WeatherWeld Seamless Roof Systems must be applied to structurally sound substrates and properly prepared surfaces. All surfaces must be clean and dry before application of coatings. WeatherWeld Seamless Roof Systems must not be applied over wet insulation or roofing materials. Failure of the substrate does not constitute failure of the WeatherWeld coating or system.

WeatherWeld Seamless Roof Systems are designed for use on roofs with positive drainage.

1. Product application must not be done when rain or other conditions such as fog or heavy dew are possible within a 48- hour period.

2. Roof surface must be at least 6 Fahrenheit degrees or 3 Celsius degrees above the dew point and rising. Surfaces must always be clean before application of product. Care must be taken to ensure that debris accumulation after original cleaning does not interfere with any stage of the applications. If either condition occurs, then additional cleaning may be required.

3. Drying time is affected by numerous factors, including temperature, direct

sunlight, relative humidity, air movement, thickness, etc. Higher temperature and/or humidity will result in faster cure times. Lower temperature and/or humidity may extend cure times.

4. Do not thin or add water to materials to extend pot life.

5. Proper thickness is essential to performance. The minimum coverage rate of 250 mil DFT (dry film thickness) 1/4” (.250) must be achieved throughout the entire Seamless Roof System assembly and must be verified using a wet mil gauge during application. Mult iple coats may be necessary depending on weather and time of year.

6. Deviations from these application guidelines and specific material requirements may seriously affect the roofing system performance and are strictly prohibited.

7. Applicator must comply with all applicable local, state, and federal regulations if lead-based paint or other hazardous materials are encountered.

8. Roofing is hazardous work and coatings are very slippery when wet.

Comply with fall protection rules and regulations.

9. Proper PPE including, but not limited to: Safety Glasses, Gloves, N95 Mask, Hardhat, Footwear, and Protective Clothing must be always worn.

COLD WEATHER RESTRICTIONS
Do not attempt application if ice, snow, moisture, or dew is present. Ambient temperature must be 50°F (10°C) and rising through the day. Restrict application when overnight temperature drops below 40°F (4.4°C) . Cooler temperatures will negatively impact the properties of the system. Contact your WeatherWeld Representative for proper cold weather applications.

HOT WEATHER RESTRICTIONS
Do not attempt application if moisture or dew is present. Ambient temperature must be less than 110°F (43°C). Contact Weath erWeld Representative for proper hot weather application.

STORAGE
WeatherWeld
on the job site should be stored in a shaded ventilated area under a tarp. Do not store in direct sunlight. Storage temperature must range from 60- 80°F (15°C to 26°C). Indoor ventilated storage is recommended when ambient temperature is below 60°F (15°C) or above 80°F (26°C).

WARRANTY
40-year Warranty: a written leak free guarantee that covers against roof leaks for 40 years.

Owner responsibilities include ensuring ro of drains stay clean and facilitate roof WeatherWeld inspections every 10 years.

*Reflective coatings are not included in WeatherWeld Leak Free Guarantee.

Optional reflective coating warranties are available. Contact WeatherWeld Representative.

For specifics, see the 40-year Warranty sample and Warranty Guide.

19 NEW ROOF SYSTEMS NCNN-1B-16-30-A 40 YEAR WARRANTY

9757 7th St. #803 Rancho Cucamonga, CA 91730
(888) 440-3224 www.weatherweld.com

a division of Liquiform Technologies Inc.

DESCRIPTION
WeatherWeld is a fully seamless new roof system that is designed for installation as a new roof system installed over a non nailable deck or substrate (such as concrete or insulation). WeatherWeld is made to be the strongest roof system on the market. WeatherWeld created a roofing system utilizing the longest lasting and strongest materials in the world combined through a patented 3D printer that creates a seamless reinforced membrane that is super strong, durable, and designed to last for generations.

The seamless roof system combines ceramic asphalt emulsion with intertwined fiberglass, which creates a seamless membrane that is virtually impenetrable.

MATERIALS
The materials used in the WeatherWeld new roof system application include:

1. Emulsion WeatherWeld Asphalt Emulsion

2. Fiberglass WeatherWeld Fiberglass Gun Roving

3. Polyester Ply Polyester Fabric Reinforcement

4. Insulation PolyIso Insulation

5. Insulation Facer/Substrate DensDeck

6. Tapered Insulation PolyIso (if required)

7. Base Sheet #75 Mineral-Surfaced Cap Sheet Inverted

8. Base Sheet Fastener Base Sheet Adhesive/Fastener – FM I-90

9. Base Coat WeatherWeld Base Coat

10. Top Coat WeatherWeld Title 24 Top Coat

11. Aluminum Coating WeatherWeld Aluminum Coating

12. Self-Adhering Membrane Henry Ruftac 600

13. Asphalt primer Water Based Asphalt Primer

PHYSICAL PROPERTIES
• System Weight: 2.25 lb. per 100 sq. ft (1.02 kg) dry.

APPLICATION EQUIPMENT

1. 1. Graco 1017 Roof Pump with 500’ 1” SAE hydraulic hose

2. Towable Air Compressor with 500’ ½” air hose

3. Emulsion tanker (delivered to jobsite)

4. WeatherWeld 3D Roof Printer (handheld application machine rented from WeatherWeld on a per job basis)

5. Pressure washer

6. Water hose and water source (enough length to wrap around building)

7. Wet Mil Gauge

2. 8. General PPE

9. General roofing tools

INSTALLATION
Installation of the WeatherWeld system is accomplished in 7 steps:

1. Install Insulation.

2. Install Base Sheet.

3. Prepare existing seams, fasteners, walls, roof flashings, drains, and penetrations.

4. Install WeatherWeld (spray application).

5. Install reflective coating system (optional) .

1. 6. Install flashings, and additional items listed below .

7. Contact WeatherWeld Representative for final inspection.

PREPARATION

1. Confirm local water run-off ordinances and restrictions prior to cleaning roof.

2. Install Base Sheet

3. If the roof surface becomes contaminated with dirt, dust, or other particles at any time during the application of the WeatherWeld system, cleaning measures must be taken to restore the surface to a suitable condition.

4. Ensure roof is dry prior to application.

FLASHING
NOTE: All flashings must have 500 mills DFT (dry film thickness) of WeatherWeld Composite installed extending 24” in each direction prior to completion of the project.

The following items are required to be in watertight condition for a WeatherWeld warranty to be issued for the project:

1. Drains and Scuppers

2. Sheetmetal Coping

3. Counter-Flashings

4. Perimeter and Edge flashings

5. Equipment Platforms and Sheetmetal Pans

6. Expansion Joints

7. Sheetmetal Ducts and Seals

8. Electrical Enclosures and Conduits

9. Transition Flashings

10. Any other item that could affect the watertight integrity of the WeatherWeld Seamless Roof System

INSULATION SYSTEM INSTALLATION
Refer to insulation manufactures installation guidelines.

1. Insulation boards: install insulation boards per manufactures installation standards.

2. Tapered Insulation: if specified, adhere to insulation boards.

3. Substrate Board: Install minimum ¼” fiberglass faced gypsum board adhered in adhesive.

BASE SHEET INSTALLATION

1. Install mineral-surfaced cap sheet inverted, lapping 2” on center and 4” at end laps using approved fasteners. The fastening pattern shall meet, at minimum, FM I-90 requirements.

WEATHERWELD SEAMLESS ROOFING APPLICATION
Apply one layer of the composite roofing at the following ratio:

1. Asphalt Emulsion (undiluted): 30 gal. per 100 square feet (12.2 L/m2).

2. Fiberglass Reinforcement: 16 lb. per 100 square feet (0.78 Kg/m2). • No water or other material may be added to the emulsion to thin or extend pot life.
• Fiberglass must be disbursed from the applicator in varying intertwined lengths, up to 24 inches (610mm).
• Thoroughly mix fiberglass and emulsion prior to application on roof surface.
• Any loose strands must be brushed by hand, removed or filled -in with emulsion to create a solid surface.
• Upon completion, no area may be less than 250 mil dry film thickness (DFT).
• Install additional material at all roof flashings, 500 mils (DFT) of WeatherWeld composite installed, extending 24” in each direction prior to completion of the project.
• Areas such as base flashings and penetrations, where application exceeds 500 mils wet, must be brushed by hand to prevent surface cra zing.

2. Energy Star rated Aluminum Coating Application: A pply Aluminum coating at a minimum of 2 gal. per 100 square feet (1.0 L/m2). *Reflective coating system is optional. Refer to local codes for Title 24 or Energy Star requirements.

20 NEW ROOF SYSTEMS NCNN-1B-16-30-A 40 YEAR WARRANTY

9757 7th St. #803 Rancho Cucamonga, CA 91730
(888) 440-3224 www.weatherweld.com

a division of Liquiform Technologies Inc.

ROOF ACCESSORIES (INSTALL AFTER REFLECTIVE COATING SYSTEM) Walkway Pads (optional) or Non-Slip Walking Surface
Polymer Pipe Supports
Storm Collars on Pipes
Coping Caps and Flashings
Access Hatches and Ladders
Drain Rings and Screens

INSPECTION
Inspect entire roof area and touch-up deficient areas with WeatherWeld or reflective coating as necessary to ensure complete and uniform coverage.

Special attention should be given to critical areas of roof, including roof penetrations, transitions, existing membrane seams, flashings, and drains.

WeatherWeld Seamless Roof Systems are designed for use on roofs with positive drainage.

1. Product application must not be done when rain or other conditions such as fog or heavy dew are possible within a 48- hour period.

3. Drying time is affected by numerous factors, including temperature, direct

sunlight, relative humidity, air movement, thickness, etc. Higher temperature and/or humidity will result in faster cure times. Lower temperature and/or humidity may extend cure times.

4. Do not thin or add water to materials to extend pot life.

5. Proper thickness is essential to performance. The minimum coverage rate of 250 mil DFT (dry film thickness) 1/4” (.250) must be achieved throughout the entire Seamless Roof System assembly and must be verified using a wet mil gauge during application. Multiple coats may be necessary depending on weather and time of year.

6. Deviations from these application guidelines and specific material requirements may seriously affect the roofing system performance and are strictly prohibited.

7. Applicator must comply with all applicable local, state, and federal regulations if lead-based paint or other hazardous materials are encountered.

8. Roofing is hazardous work and coatings are very slippery when wet.

Comply with fall protection rules and regulations.

9. Proper PPE including, but not limited to: Safety Glasses, Gloves, N95 Mask, Hardhat, Footwear, and Protective Clothing must be always worn

HOT WEATHER RESTRICTIONS
Do not attempt application if moisture or dew is present. Ambient temperature must be less than 110°F (43°C). Contact WeatherWeld Representative for proper hot weather application.

WARRANTY
40-year Warranty: a written leak free guarantee that covers against roof leaks for 40 years.

Owner responsibilities include ensuring roof drains stay clean and facilitate WeatherWeld roof inspections every 10 years.

*Reflective coatings are not included in WeatherWeld Leak Free Guarantee.

Optional reflective coating warranties are available. Contact WeatherWeld Representative.

For specifics, see the 40-year Warranty sample and Warranty Guide.

Page 1 of 2 ends

Div. Liquiform Technologies Inc.

40-YEAR NDL LEAK-FREE WARRANTY

COMPLETION DATE: ___________________ ISSUE DATE: ____________________

WARRANTY: Subject to warranty registration, payment in -full and installation in accordance with current printed installation specifications, Liquiform Technologies Inc., (WEATHERWELD) warranties to the original purchaser that the WEATHERWELD Seamless Reinforced Roof System (System) will be able to withstand ordinary wear of the natural elements in a leak-free condition for the period of forty (40) years, except for the exclusions, limitations and exceptions set forth in this Warranty.

Upon proper notice, WEATHERWELD will diagnose and make repairs to the WEATHERWELD System at WEATHERWELD expense under the terms of this Warranty, as required to stop reported roof leakage found to be caused by defects in the WEATHERWELD System.

UNAPPROVED ALTERATIONS OR ADDITIONS: No contractor, distributor, consultant or any other person has authority to assume responsibility, liability or changes to WEATHERWELD specifications and/or agreements. WEATHERWELD shall not be responsible or liable for any change and/or amendment to the specifications and/or Warranty in regard to the project referenced herein, unless said change or amendment is approved in writing by WEATHERWELD.

EXCLUSIONS/RESPONSIBILITIES: The WEATHERWELD Seamless Reinforced Roof System is designed to keep areas to which the WEATHERWELD System materials are applied in a leak -free condition. The System is not intended to take the place of any other building element such as, but not limited to, the underlying roof deck, roof insulation, existing roof (if any), vapor retarder, drains, expansion joints, flashings, vents, skylights, roof -mounted equipment, reflective coatings or any areas not covered with WEATHERWELD System materials. This warranty shall not be applicable if , in the sole jud gment of WEATHERWELD, any of the following occurrences shall be the cause of the reported claim of WEATHERWELD System roof leakage:
a) Natural disasters, earthquakes, lightning, hurricane force winds, hail, flood, environmental fallout, acts of vandalism or war . b) Acts of negligence, misuse, accidents, falling objects, damage from roof top traffic or storage on the roof. c) Damage caused by failure to conduct , or to have conducted, periodic maintenance inspections and roof clean- up as outlined in the NRCA or RIEI maintenance manuals for Owners. Reflective surface coatings are not required to be re -coated under this Warranty. d) Changes, alterations or repairs made to the System and not authorized by WEATHERWELD shall cause the area affected by the work to be excluded until authorized repairs meeting WEATHERWELD standards are completed. e) Changes in aesthetics, visual appearance or reflective coatings. Maintenance of coatings is not a part of, nor required, unde r this Warranty. f) With the exception of natural rain water, accumulation of foreign materials or chemicals of any type including animal, plant, human, manufacturing or atmospheric.
g) Failure, movement, settling or defects in the underlying roof structure or roof covering (if any). h) Obstructed or inadequate roof drainage.
i) Waterproof defects in adjoining areas, walls, windows, roof-mounted equipment, ducts or other penetrations in the System extending above the flashings height of the WEATHERWELD System.

Both the examination and inspection of the WEATHERWELD System installation, plans and/or specifications by a WEATHERWELD employee, designated representative or Contractor, before or after the completion of the installation of the WEATHERWELD System, shall not constitute approval or waiver of the exclusions and conditions set forth in this Warranty, without written notice of such approval or waiver. No waiver by WEATHERWELD of any limitation, term or condition of this Warranty made as part of a warranty claim, shall operate as a waiver of any other limitation, term or condition applicable to this Warranty, on any other future claim, whether of similar or different nature. Owner agrees to provide, at Owner ’s expense, access to any areas requested in writing by WEATHERWELD and deemed to be relevant to the diagnosis and/or repair of the reported leak. Areas include, but are not limited to, building interior, exterior, adjoining a reas and areas under roof- mounted equipment or other overburden.

NOTICE OF CLAIM: In the event leakage is discovered, the Owner sha ll notify WEATHERWELD within ten (10) days of the discovery via receipt -acknowledged email, writing or fax at the contact ’s location listed below. Any claim to which notification is not made in a timely manner, without excuse, or to which access to the roof to diagnose the cause of the leakage is not provided, shall be deemed waived. Notification shall contain information of the location and severity of the leakage, access to the leak area and the personnel to contact. Notice to the Contractor, distributor or any other person does not substitute for notice to WEATHERWELD.

Address written correspondence to: Liquiform Technologies Inc., 9757 7th St. #803, Rancho Cucamonga, CA 91730. Phone (888) 440- 3224 SERVICE: Upon proper notification, WEATHERWELD shall schedule a diagnosis inspection of the leakage, prepare a written report of findings and commence repair of the defects that are WEATHERWELD's responsibility under this Warranty in a timely manner, weather and sche dules permitting. Should the cause of the leakage be able to be corrected during the initial service call, the Owner agrees that WEATHERWELD is hereby granted permission to make such corrections, provided there is no cost to the Owner. Should leakage documented by WEATHERWELD be caused from items that are the upkeep responsibility of the Owner under this Warranty, the Owner agrees to have repairs made to such items in a timely manner, and before requesting any additional service work made by WEATHERWELD on the leakage claim. Should WEATHERWELD repeat the process without stopping the WEATHERWELD responsible leakage, WEATHERWELD shall retain a knowledgeable outside consultant at WEATHERWELD expense to help locate the source of the leakage. WEATHERWELD and the Owner agree to complete the respective repairs made in the Consultant’s report. The Owner agrees that WEATHERWELD shall have exclusive control over the diagnosis and repair to any WEATHERWELD System component found to be WEATHERWELD responsibility under this Warranty.

LIMITATIONS OF LIABILITY: This Warranty is expressively in lieu of any other guarantees and/or warranties, expressed or implied, including any implied warranty of merchantability, or fitness for a particular purpose, and any other obligation or liability on the part of WEATHERWELD whether the claim against WEATHERWELD is based upon strict liability, negligence, breach of warranty, or any other theory or cause of action. This limited Warranty contains all of the provisions of your remedies from WEATHERWELD. In no event shall WEATHERWELD be liable for consequential or incidental damages of any kind, including damages to the building or its contents. This Warranty does not cover the cost of removal and/or replacement of any other building component, roof-mounted equipment, overburden or item excluded from Warranty coverage listed above. WEATHERWELD shall be discharged of all further obligations upon the occurrence of any of the following: (a) expiration of this warranty without written renewal or transfer , (b) damage to the System from causes listed in "E XCLUSIONS/RESPONSIBILITIES" or (c) failure to comply with any other sections of this Warranty. Unresolved Warranty claims shall be settled by binding arbitration in the State of California (as exclusive venue), administered by the American Arbitration Association under its Commercial Arbitration Rules , and judgment on any award rendered by the arbitrator(s) may be entered in any court having jurisdiction thereof.

Date Date

Page 2 of 2 ends

REGISTRATION
PROJECT NAME:

SPECIFICATION:

AREA DESCRIPTION:

AREA EXCLUDED:

DECK TYPE:

BUILDING USE:

ARCHITECT:

ADDRESS:

PHONE: EMAIL:

CONTRACTOR:

ADDRESS:

PHONE: EMAIL:

SIGNATURE: DATE:

OWNER:

ADDRESS:

PHONE: EMAIL:

SIGNATURE: DATE:

LIQUIFORM TECHNOLOGIES INC (WEATHERWELD)
ADDRESS: 9757 7th Street #803, Rancho Cucamonga CA 91730 PHONE: (888) 440-3224 EMAIL: [email protected]
SIGNATURE: DATE:
23

Salinas City CouncilApril 4, 2023

Salinas City Council
April 4, 2023