27 Jun
Construction

ALL YOU NEED TO KNOW ABOUT DEADSLOCKS

What is a deadlock lock?

A deadlock lock is a type of lock that can only be unlocked using a key when in deadlock mode. This means that if you lock the door when you are inside, you will need the key to get out. Deadlocks are typically used on exterior doors, as they provide an extra layer of security.

How do deadlock locks work?

Deadlock locks work by using a mechanism that prevents the door from being opened from the inside without a key. This mechanism is typically a bolt that is engaged when the door is locked. When the door is unlocked, the bolt is disengaged and the door can be opened.

What are the benefits of deadlock locks?

Deadlock locks offer a number of benefits, including:

  • Increased security: Deadlocks provide an extra layer of security for exterior doors.
  • Convenience: Deadlocks can be convenient for people who want to be able to lock their doors from the inside without having to fumble with keys.
  • Durability: Deadlocks are typically made from durable materials, such as metal or brass.

What are the drawbacks of deadlock locks?

Deadlock locks also have a few drawbacks, including:

  • Cost: Deadlocks can be more expensive than other types of locks.
  • Inconvenience: If you lose your keys, you may not be able to get into your home.
  • Complexity: Deadlocks can be more difficult to install than other types of locks.

Deadlock locks offer a number of benefits, but they also have some drawbacks. If you are considering installing a deadlock lock, you should weigh the benefits and drawbacks carefully to decide if it is the right choice for you.

Here are some additional tips for choosing a deadlock lock:

  • Make sure the lock is made from a durable material.
  • Choose a lock with a key that is easy to carry and use.
  • Install the lock in a secure location.
  • Test the lock regularly to make sure it is working properly.
27 Jun
Construction

ALL YOU NEED TO KNOW ABOUT TAP MIXERS

What is a tap mixer?

A tap mixer is a type of tap that has two separate controls for hot and cold water. This allows you to mix the water to your desired temperature, making it ideal for both washing dishes and cooking. Tap mixers are typically made of metal or plastic, and they come in a variety of styles to suit any décor.

Types of tap mixers

There are two main types of tap mixers: single-lever and two-lever. Single-lever tap mixers have a single control that you use to adjust the water temperature and flow. Two-lever tap mixers have separate controls for hot and cold water, which gives you more precise control over the temperature.

Benefits of using a tap mixer

There are several benefits to using a tap mixer, including:

  • Convenience: Tap mixers make it easy to adjust the water temperature and flow, so you can get the perfect temperature for whatever you’re doing.
  • Efficiency: Tap mixers can help you save water, as you’re less likely to waste water by overfilling the sink or splashing water around.
  • Durability: Tap mixers are typically made of durable materials, so they can withstand years of use.

Choosing the right tap mixer

When choosing a tap mixer, there are a few factors to consider, including:

  • Style: Tap mixers come in a variety of styles, so you can choose one that matches your décor.
  • Functionality: Consider what you’ll be using the tap mixer for. If you plan on doing a lot of cooking, you’ll want a tap mixer with a high flow rate.
  • Durability: Tap mixers should be made of durable materials that can withstand years of use.
  • Price: Tap mixers can range in price from a few hundred shillings to several thousand shillings. Choose a tap mixer that fits your budget.

Tap mixers are a convenient and efficient way to control the water temperature and flow in your kitchen or bathroom. With so many different styles and features to choose from, you’re sure to find the perfect tap mixer for your needs.

27 Jun
Construction

FLOOR TRAP AVAILABLE

A floor trap is a plumbing fixture that is installed in the floor of a bathroom, kitchen, or other wet area to collect wastewater and prevent sewer gases from entering the building. Floor traps are also known as nahni traps or gully traps.

How Does a Floor Trap Work?

A floor trap works by creating a water seal. The water seal is a small amount of water that is trapped in the trap, which prevents sewer gases from rising up through the drain. The water seal is created by a U-shaped bend in the trap, which allows the water to collect.

The Importance of Floor Traps

Floor traps are an important part of any plumbing system. They help to prevent sewer gases from entering the building, which can cause health problems and unpleasant odors. Floor traps also help to prevent insects and vermin from entering the building.

Types of Floor Traps

There are two main types of floor traps:

  • P-traps: P-traps are the most common type of floor trap. They are made of a U-shaped pipe, with the water seal located at the bend in the pipe.
  • S-traps: S-traps are a less common type of floor trap. They are made of an S-shaped pipe, with the water seal located at the bend in the pipe.

Maintenance of Floor Traps

Floor traps should be inspected and cleaned regularly to ensure that the water seal is not broken. If the water seal is broken, sewer gases can enter the building. Floor traps can be cleaned with a plunger or a drain snake.

Floor traps are an important part of any plumbing system. They help to prevent sewer gases, insects, and vermin from entering the building. Floor traps should be inspected and cleaned regularly to ensure that they are working properly.

Here are some additional tips for maintaining floor traps:

  • Use a plunger or drain snake to clear any blockages in the trap.
  • Check the water seal regularly to make sure that it is not broken.
  • Replace the trap if it is damaged or cracked.
  • Have a plumber inspect the trap if you are unsure of its condition.
09 Jun
Construction

TYPES OF COMPOSITE PANELS

Fire Retardant ACP

A Fire Retardant ACP sheet is made in the form of a honeycomb design that brings down the intensity of the fire and the heat produced from any fire outbreak. The air bubbles situated between the honeycomb design ensure to trap the fire by creating a vacuum in between the layers.

Non-Combustible ACP

It is the same as a traditional composite panel; however, what makes it different is the technology of the core, which is constructed from a 100% aluminium structure rather than any combustible material. It is made of an advanced mineral compound that is best for restraining the flammability of the minor polymeric content and restricting flame propagation and smoke generation.

Anti-Bacterial ACP

Anti-bacterial ACP sheets actively shield you and your loved ones from harmful bacteria such as coliform, staphylococcus aureus, salmonella, enteritis bacteria etc.

Based on thickness;

3mm ACP

Aluminium Composite Panels having 3mm thickness, it has two layers of Aluminium both over and beneath the core. The thickness ensures longevity, as well as the thickness, being ideal both for exterior and interior applications.

4mm ACP

ACP sheets that boast a 4mm thickness are ideal to have multiple use cases, including both interior and exterior applications.

6mm ACP

6mm ACP sheets can withstand not only extreme temperatures but also are water-resistant. They can also actively resist mold, swelling, and rusting.

09 Jun
Construction

ADVANTAGES OF ALUMINIUM COMPOSITE PANELS

Aluminum Composite Panels are sandwiched panels having a polyethylene core between layers of aluminum sheets. It is made of thermoplastic material that is both combustible and non-combustible and is utilized both inside and outside of structures. These composite panels are created by joining two sheets of aluminum to a core made of another material. All types of buildings can benefit from the use of aluminum composite panels. The panels’ primary function is to support the dead wall and beautify the building’s elevation. For flat aluminum bars, aluminum composite panels are also used to increase durability.They are offered in a variety of colors, sizes, and forms.

Lamination process is adopted to manufacture the aluminium composite panels. Its top and the bottom layers are of coated aluminium sheets and the core sandwiched between them is polyethylene. It comprises of;

  • Protection Film
  • PVDF/Polyester Resin Based Coating
  • Primer Coating
  • Aluminium Coil
  • Adhesive Film (Polyolefin)
  • Polyethylene Core (LDPE)
  • Adhesive Film (Polyolefin)
  • Aluminium Coil
  • Service Coating (Anti-corrosive)

ADVANTAGES

The aluminium is lighter than other cladding panel materials. When it is exposed to air it forms a special layer of aluminium oxide which protects the panels from rusting and corrosion. Aluminium composite panels are subjected to the process called anodization which increases aluminium panel thickness. Aluminium material are unaffected even  exposed to moisture and sunlight which is a major advantage of using it. Its advantages include;

  • Can bend, fold and turn easily
  • Flatness
  • Wide range of colours and finishes
  • Excellent thermal and acoustic insulation
  • Borer, termite, and fungi resistant
  • Available in different thicknesses
  • Can be made fire retardant
  • Have antimicrobial properties
  • UV ray resistant
  • Lightweight and corrosion and shock resistant
  • Environment-friendly
  • Fully recyclable
  • Withstands extreme weather conditions
  • Easy to clean
  • Easy to perforate
  • Earthquake resistant