Fiber Spraying Lance
- Brand Cross Mark
- Product Code MB/46(F)
- Material Fiber
- Length 20", 24", 36"
- Thread 14G(F) / 22G(M)
- Place of Origin Malaysia
Ideal use to reach target effectively. To keep the distance of nozzle away from operator in order to avoid contamination.
Brass Spraying Lance with Goose Head
- Brand Cross Mark
- Product Code MB/46(2G)
- Material Brass
- Angle 30°
- Length 18", 20", 24", 30", 36", 42", 48", 60", 72", 84", 96"
- Thread 19G(M) / 22G(M)
- Place of Origin Malaysia
Ideal use to reach target effectively. To keep the distance of nozzle away from operator in order to avoid contamination.
Spraying Lance for Cocoa Tree
- Brand Cross Mark
- Product Code MB/MIE/33K-6.5”
- Material Brass
- Length 6.5"
- Thread 22G(F) / 28G(F)
- Place of Origin Malaysia
Ideal use to reach target of cocoa tree effectively.
Spraying Lance for Banana Tree
- Brand Cross Mark
- Product Code SPN/3B
- Material Brass
- Length 4.5"
- Thread 22G(F)
- Place of Origin Malaysia
Ideal use to reach target of banana tree effectively.
Plastic Twin Elbow Lance
- Brand Cross Mark
- Product Code TE/2A(P)
- Material Plastic
- Thread 22G (F)/(M)
- Angle 30° & 75°
- Length 3"
- Place of Origin Malaysia
- Net Weight 0.020 kg
Ideal use for difference angles spray and target.
Aluminum Inserted Twin Head Elbow Lance
- Brand Cross Mark
- Product Code TE/2A(PA)
- Material Plastic + Aluminum Inserted
- Thread 22G (F)/(M)
- Angle 30° & 75°
- Length 3"
- Place of Origin Malaysia
- Net Weight 0.020 kg
Ideal use for difference angles spray and target.
Short Elbow Lance 80°
- Brand Cross Mark
- Product Code MB/46CON(SH)80°
- Material Brass
- Thread 22G (F)/(M)
- Angle 80°
- Length 3"
- Place of Origin Malaysia
- Net Weight 0.030 kg
Short Elbow Lance
- Brand Cross Mark
- Product Code MB/46CON(SH)
- Material Brass
- Thread 22G (F)/(M)
- Angle 30°
- Length 3"
- Place of Origin Malaysia
- Net Weight 0.030 kg
Long Elbow Lance
- Brand Cross Mark
- Product Code MB/46CON
- Material Brass
- Thread 22G (F)/(M)
- Angle 30°
- Length 6"
- Place of Origin Malaysia
- Net Weight 0.040 kg
Ideal use for difference angles spray and target.
Big Double Bend
- Brand Cross Mark
- Product Code MB/51
- Material Brass
- Thread 22G (F)/(M)
- Length 3"
- Interval Nozzle 4"
- Place of Origin Malaysia
- Net Weight 0.070 kg
Small Double Bend
- Brand Cross Mark
- Product Code MFB/51
- Material Brass
- Thread 22G (F)/(M)
- Length 2.4"
- Interval Nozzle 2.75"
- Place of Origin Malaysia
- Net Weight 0.050 kg
Provided wider coverage and ideal use for high density foliage spraying.
Pressure Control CF Valve
- Brand CF Valve
- Product Code PCV-CF
- Pressure 1Bar (Yellow) , 1.5Bar (Red) , 2Bar (Blue) , 3Bar (Green)
- Thread M18 x 1.5
- Size Ø = 3.3 cm * Height = 5.1 cm
- Place of Origin US
- Net Weight 0.020 kg
Eliminated under and over pressure application. To ensure accurate chemical application and avoids expensive chemical wastage. Accurate application also means improved productivity from workers.
- Efficacy, Workers Safety & Environmental Protection
- Over 24% saving of spray solution
- Consistent flow rate ±1.5% accuracy
- Instant on/off – No dripping
- Constant Flow Rate & Pressure Regulation
- Consistent Swath and Droplets Size
- Body and passages are constructed from high grade Delrin® with throttle pins and springs made of stainless steel and a VITON® rubber diaphragm
- Maximum pressure 7 Bar
Operate Explanation
The Gate CFValve™ is designed to provide a constant rate of fluid flow at a pre-set pressure when coupled with a down-stream orifice. Once the threshold operating pressure is reached, the fluid rate remains constant regardless of the input pressure. Should the input pressure fall below the threshold pressure, the CFValve™ will close and shut off the fluid flow.
At rest, the Gate CFValve's™ diaphragm is held against the sealing ring, effectively closing the CFValve™. The fluid enters the inlet side of the CFValve™ and flows around the metering pin. The CFValve™ remains in the closed position until there is sufficient pressure to overcome the spring force. As the inlet pressure increases, the diaphragm retracts, moving the metering pin, which then throttles the fluid flow through the valve body. Under conditions where the input pressure varies, the spring modulates the diaphragm and pin assembly, reducing or increasing the input orifice area, thereby controlling the fluid flow.