AGM cpvc Elbow 1-1/2″ 45*

Description

cpvc Elbow 1-1/2″ 45*

 

Cpvc for hot water, Schedule 80 materials for high pressure and hot water AGM imported from KSA  1/2″ to 2″ supplier contact 0322-3540656

 

What is AGM cpvc Elbow 1-1/2″ 45* ?

 

AGM 45° CPVC elbow, 1-1/2″ nominal (Schedule 80) is a socket-type CPVC fitting used to change pipe direction by 45°. AGM CPVC fittings are manufactured in Saudi Arabia and are intended for hot- and cold-water distribution where corrosion resistance and high-temperature service are required.

Material & performance AGM cpvc Elbow 1-1/2″ 45*

• Material: CPVC (Chlorinated Polyvinyl Chloride). Manufactured to CPVC compound/class used for hot-water plumbing.

• Standard(s): CPVC fittings typically to ASTM F439 (Schedule 80 CPVC fittings) and CPVC systems to ASTM D2846; solvent cements per ASTM F493; one-step solvent practice per ASTM F3328. Max recommended temperature: commonly 200°F (≈93°C) (typical CPVC hot-water rating).

• Working pressure: depends on temperature and schedule; many AGM Schedule-80 CPVC products are marketed for high-pressure hot & cold water (AGM lists working systems around the 15 bar / ~217 psi range in some product literature for certain sizes — confirm for your specific part and operating temperature). design)

• Nominal 1-1/2″ (Schedule 80) pipe typical dimensions (industry tables): outside diameter ≈ 1.900 in (48.26 mm), wall thickness ≈ 0.200 in (5.08 mm); socket dimensions for fittings follow Schedule-80 dimensional catalogs (verify with AGM drawing for exact socket depth). Use the manufacturer’s drawing for exact critical dimensions.

Typical marking & appearance

• Color usually light-gray (common CPVC color for Schedule 80 CPVC). Markings on the part should show manufacturer (AGM), nominal size, material (CPVC), standard (ASTM F439 / D2846 references) and flow direction/angle.

How it joins (installation method)

AGM CPVC 45° elbows are socket (solvent-cement) fittings. The accepted method is solvent-weld (chemical fusion) using a CPVC solvent cement that conforms to ASTM F493. The one-step solvent method practice is in ASTM F3328 (many suppliers give a recommended one-step method).

Step-by-step installation (practical)

1. Cut pipe square to length (use a fine saw or pipe cutter).

2. Deburr & chamfer the pipe OD and remove burrs; wipe clean. (Socket depth mark is helpful so you don’t bottom out.)

3. Dry-fit the fitting and mark insertion depth on the pipe. Ensure alignment.

4. Clean surfaces if required by the cement instructions (some cements are one-step; follow manufacturer).

5. Apply CPVC solvent cement (ASTM F493 compliant) to the pipe end and inside the fitting socket per the cement maker’s directions — insert pipe fully and give a 1/4 turn to evenly distribute (if instructed). Hold for required set time.

6. Curing: Allow cure/setting time before pressure testing or flowing hot water — cure time depends on ambient temp, pipe OD, and cement used (follow cement manufacturer table). Typical 15–60 minutes initial set; longer for full cure.

7. Pressure test: Perform hydrostatic pressure test per project spec/standards (usually cold-water hydrostatic test to detect leaks before final commissioning).

Safety & good practice

• Use solvent cement in well-ventilated area; follow PPE (gloves, eye protection). Avoid open flames near solvent. Do not use thread sealant designed for metals; this is not a threaded fitting (unless your particular part has threaded ends — check the product type).

• Avoid excessive bending or mechanical load at the joint; support piping properly near fittings.

• Confirm chemical compatibility if system carries other fluids than potable water.

Typical applications / where to use

• Domestic and commercial hot & cold potable water distribution.

• HVAC hydronic lines (non-boiler loop sections within temperature/pressure limits).

• Corrosive water environments where metal corrosion is a concern (CPVC resists many tap-water chemicals).

Limitations / things to check before purchase

• Operating temperature vs. pressure: CPVC pressure capacity decreases with higher temperature. For hot water near 200°F, confirm the allowable working pressure for that temperature from AGM datasheet or project engineer.

• Certification / potable water approvals: if you need NSF/ANSI or local potable water approval, confirm with supplier.

• Exact part drawing: request the AGM fitting drawing (socket depth, overall dimensions) for pre-fabrication and spooling. AGM publishes catalogs and technical drawings — always verify against the specific part code.

Useful references (for your records)

• AGM fittings/catalog (AGM UPVC & CPVC fittings catalog). Product listings / local suppliers (show typical AGM CPVC elbows & labeling).

• ASTM standards: ASTM F439 (CPVC Schedule-80 fittings), ASTM D2846 (CPVC hot & cold water systems), ASTM F493 (solvent cements), ASTM F3328 (one-step solvent practice). (Reference pages and standard summaries).

• CPVC pipe/fitting dimensional tables (Schedule 80 dimensions for 1-1/2″).